1
INTERNATIONAL PROJECT FINANCE FOR
RENEWABLE ENERGY PROJECTS
I. Introduction
1. Overview
Renewable energy projects as many investors consider it as a capital intensive business models
because of cost bearing on technology, structures, and certifications. Innovative sources of funds
may not be handy due to some negative characteristics that accompany most renewable energy
generation projects namely; high risks, long payback periods, and high initial outlay that may not
be easily afforded through conventional corporate finance. This is done by mitigating the
mentioned challenges thus project finance prospect the financing about the cash flow and assets
of the projects and not the balance sheets of the project sponsors (Gatti, 2018). Project finance is
significant in that borrowed funds are drawn from a variety of sources, which limits the exposure
of individual investors. This is especially true in developed countries that are keen on investing
in renewable energy sources due to the various risks that include technological, regulatory and
market risks. An important source of public finance is government subsidies these play a role of
early encouragement of private investments. For example, the authorized financial incentives
such as taxes and feed-in tariffs that are backed by the government can also lower the burden of
the private investors making renewable energy projects more favourable (Bird et al. , 2014).
Private finance is also crucial, private equity firms and venture capitalist firms, institutional
investors fund the streams regularly. Furthermore, the major international financial
organizations like the World Bank and the IMF provide loans and insurance instruments which
are essential often in the developing world. Community participation is not only in funding but
also add value by supporting the authenticity and feasibility of renewable energy projects (World
Bank, 2020).
Another type of funding that comprise project finance is debt funding which is the borrowing of
money in form of loans and bonds. This method makes it possible for projects to use a lot of cash
especially when attracting other investors who wish to be part of the venture but do not want to
own stakes. Interest on the debt is usually tax-deductible, which gives more advantage in terms
of financial rewards. However, debt financing is even more favorable for a project when it is sure
to generate adequate cash flows for repayment of the fund (Yescombe, 2013). Project finance
thus allows for loan structures to be used that are a blend of public and private sectors including
PPPs and blended finance, these models discussed involve sharing of capital and borrowing from
the virtues of both public and private wills. For instance, in PPPs it is possible to use public
resources and manage risks on the one hand, while at the other hand using efficiency and
creativity of the private sector. Blended finance, on the other hand , applies guaranteed funds and
attracts additional resources from private capital markets in order to fill the financing gap on
2
renewable energy projects (OECD, 2018). To sum, it can be stated that project finance is bogus
to the development of renewable energy projects. Renewable energy require large capital and
through project finance, a combination of public, private and multilateral funding can be
accumulated to generate the resource required to meet energy needs sustainably all over the
world.
2. Importance
Windmills, solar power stations, hydroelectric stations and others implies high initial investment
fund and long pay back period. These kinds of projects require substantial expenses on
purchasing of land, buying of equipment and its installation and finally linking them to the main
electricity supply grid. Indeed, if there was no access to capital, most renewable energy projects
which are crucial for the shift toward cleaner energy sources for the globe would be out of
question (IRENA 2018). Renewable energy must be integrated on a very large scale to ensure
that the energy targets within the environment and anti-climate change initiatives are achieved.
Financial structures like the project finance are ways through which the necessary money is
sourced for the conversion of renewable power projects from proof of concept stages to large-
scale commercial feasibility. The scaling process is necessary in order to drive down the costs
associated with renewable energy technologies through the operational advantages obtained from
large scale production, hence improving the feasibility, or profitability of the projects. For
instance, the cost of solar photovoltaic (PV) technology has gone down by a significant margin
in the past decade and this is greatly due to enhanced production and installation which ismade
possible by enormous capital investment and viable financing framework (IEA, 2021). Another
area of interest where financing is equally significant is in technological advancement in utilizing
renewable energy. Responsible for orchestrating research and development, investment in R and
D is pivotal to ensuring technological advances, embracing efficiency and better cost models of
renewable energy technologies. Efficient financing means to stimulate company’s R&R
activities allow for creation of innovations, as well as improvement of the existing technologies.
For instance, there has been substantial financial investment in battery storage technology as it
helps address some of the key challenges in renewable energy such as the intermittency of
sources such as solar and wind technologies (NREL, 2020).
But the most importantly, financing is necessary for installation of facilities needed for SIPP and
renewable energy. These areas are as follows; there is the installation of the power transmission
and distribution 2)smart grid and energy storage system. As noted, these infrastructures are very
crucial in integrating renewable sources of energy into the energy systems that are already in
place this is an important element of energy security. Thus, PPPs and green bonds are some of
the financing models which have been found useful in the mobilisation of the required capital for
such complex large-scale infrastructure projects as those involving a system of combined
transport modes ( OECD, 2020 ). MDBs and IFIs play an important role in financing renewable
energy work, especially in developing countries, these institutions therefore offer access to cheap
3
funds, matching grants and advisory services that may help bring down risks involved when
investing in renewable energy. At the same time, it also gives a chance not only to earn Money
but also strengthen the confidence of the investors due to the layer of financial guaranty and
backing provided by this asset (World Bank, 2019). Financing is still one of the main
determining factors that contribute to the development of renewable energy, this results in mass
deployment of renewable technologies accessories, fuels technological development of
renewable and non-renewable resources and essential infrastructure. Therefore, with the help of a
vast number of the financial instrument and mechanisms, renewable energy sector also can also
grow in sustainably and act as the key player in the formation of the world’s energy environment
and combating climate change issues.
3. Objectives
Financing Sources: This brings us to the third knowledge area on financing, which entails
understanding of financing sources for renewable energy. This entails public capital by means of
direct grants and subsidies offered by governments, private equity funding sourced from venture
capitalists, balanced equity investors, and institutional investors, and international financial
organizations such as the World Bank and the International Monetary Fund. All these sources
have different roles and processes that enable them funding and accomplishment of renewable
energy endeavors (Bird et al. , 2014). Project Structuring: It is crucial to understand the financial
structure that underlies renewable energy project financing for it to be effective. Equity financing
refers to where the investors become part owners of the business entity; debt financing where the
business borrows money from investors in the form of loans or bonds to attain the required
capital without giving up on investor equity; there is PPP and blended finance. These structures
harmonise risk and profitability, thus helping project to manage the many funding sources
optimally (Gatti, 2018). Risk Management: Minimizing risks involves key success factors and
business models that play a role in the feasibility of renewable energy projects. Many a times,
projects are at the risk of policy changes and other developments that are beyond the scope of the
project manager but are significant determinants of project performance. Another swelling factor
that need to be controlled comprises of funds risks such as currency risk and interest risk, which
could have an impact on the overall financial steadiness. Problems inherent in the use of
technology, hardware, and software, and any issues that may be associated with operations also
pose technical risks that must be properly addressed to ensure that costs of a project do not
exceed the planned budget due to time overruns (Yescombe, 2013). Regulatory Frameworks:
The topic regulatory environment is essential for project finance because the correct
understanding of how to function within this environment is crucial. The involvement of
governments through policy intervention through feed-in tariffs and tax credits among others are
some ways in which the attraction of renewable energy projects can be boosted. Even more
important is to abide by the legal requirements, which may include local, national or
international regulation in order to avert legal repercussions and losses (OECD, 2018). Case
Studies: Using case studies as a comparison is most helpful in getting to understand diffused
4
renewable energy projects in the advanced world. As you have seen, good practices for financing
projects include sound funding, vigorous policies and sound insurance measures. In the
following case studies, one can learn how to implement client-focused activities and other value
delivery processes to enhance future project performance (World Bank, 2020). Hence, through
analyzing those important areas, the essay has the purpose of making a synthesis about the
difficulties and possibilities of financing renewable energy project. It will also benefit readers or
users intending to invest in clean energy projects or countries wishing to diversify their energy
mix toward sustainable resources.
II. Funding Sources
1. Public Finance
Baur governments must promote renewable energy projects and invest in them through the
provision of grants and subsidies, as well as through public grants. State funding entails financial
support for renewable energy schemes which are in most cases non-refundable. These grants
therefore could potentially be awarded for exploration and R&D, proving concepts through
studies, as well as preliminary investments in facilities and infrastructure. When applied to
renewable power, grants alleviate the necessary capital expenditures – the barriers of entry –
enabling more project developers to explore new initiatives and propose the use of clean
technologies (IEA, 2019). Subsidies is another pertinent implement that have been adopted by
governments to support renewable energy. These can be in many forms for example: Feed in
tariff (FiT), tax credit or rebate. Promotion mechanisms: some of the promotion mechanisms
include tax credits, where for instance in the United State Investment Tax Credits (ITC) lower
the tax liability for companies investing in the projects. Rebates act as a direct source of
refunding and demoralize the overall cost of renewable energy systems for customer end and
businesses, which therefore helps in increasing generality (IRENA, 2020). Also, public
financings can be sourced from public funding such as state-owned enterprises, development
banks or government-supported green funds. Government funding can be made to extensive
endeavors like grid upgrade and energy storage, environment friendly technologies that are
necessary for putting more essence into the current energy systems (World Bank, 2019). The
intervention of the governments are important for many reasons especially as pertains to risk
management when it comes to renewable energy projects. For instance, policy and regulatory
risks used to pose a huge threat when renewable energy was still in its initial stages of
establishment. This means that there is a policy risks that exist often resulting in the government
having to provide grants and subsidies to create a favorable policy environment for the private
sector. Financial risks, including initial costs of investing in capital intensive projects and long
periods before providers start recovering their money through the generated electricity are also
addressed comprehensively by such funding structures, the desire of private financiers to engage
in the funding of such projects is realized (IRENA, 2020). Furthermore, the role of public
funding is to de-risk renewable energy investments hence enable the government through its
5
funding to attract more private capital thereby multiplying public funds many times as it attracts
more private capital. For instance, the external procedure used during the implementation of the
European Union’s Horizon 2020 programme effectively used public money to attract handsome
amounts of private capital into the research, development, and implementation of renewable
energy technologies, which not only led to the enhancement of innovation and technology but
also to the increase in the market share (European Commission, 2020). Among all the financial
variables that existed, government grants or subsidies and public investments are the key drivers
of renewable energy projects.
2. Private Finance
Venture capitalists and players in the private industry are sources of funds for renewable energy
initiatives. This depends mostly on the possibility to make huge profits and a very fast increasing
market for renewable energy sources. VC firms provide capital to renewable energy firms in
their embryonic stages focused on new solutions. Commonly, such investments imply significant
risks; however, they may be also associated with rather high returns. Such innovations have
higher growth prospects; therefore, they interest VCs even when there is risk involved (Gaddy,
Sivaram, & O’Sullivan, 2016). PE normally focuses its investments on relatively developed RE
projects and firms. These investments are typically big and are made primarily to grow existing
activities, enhance productivity or integrate resources for higher market competitiveness. Thus,
the private equity firms are on the lookout for any projects that have stable cash and well-
established business plan. Stable and long-term revenue from PPAs and governmental support
are the factors that make such projects appealing to PE investors (Mendelsohn & Feldman,
2013). As the global focus shifts to making physical infrastructure sustainable due to policies,
innovation, and societal change, the market for renewable energy sources keep growing. The
costs of renewable energies continue to decrease across the board – whether this is photovoltaic
surfaces or wind power plants – additional factors that contribute to the making of these
investments more lucrative. Furthermore, technological advancement in the renewable energy
source’s competitiveness in relation to the fossil energy source means that there is higher
acceptability to implement the renewable energy technology hence giving a sure revenue stream
to the investors (IRENA, 2021). Due to various factors such as governmental supportive policies,
country commitment to the international climate accord, and technology, the renewable energy
market is expanding now. For instance, these EU has set targets of increasing the share of
renewables to 32% by 2030, China has committed to 20% by the same year and India to 40% by
2030 both of which are investing heavily on renewable energy systems (IEA, 2021). It also
makes sure that a constant flow of projects to be invested and opportunities for private investors
exist in the global platform.
3. Multilateral Institutions
6
World Bank as an IFI has a significant role in financing renewable energy projects with a special
focus to the developing countries whereby; IMF has offered considerable financial support to
renewable energy projects across the world depending on individual country’s circumstances and
financial needs. These institutions offer financial support and policies, technical assistance with
regard to the costs and regulation of various sources of energy which aids in the development of
sustainable energy. There are three main forms of International Financial Institutions financial
help in the renewable energy projects which are direct loans, direct grants, and direct guarantees
and concessional financing. These funds are normally in the predefined nature in a way that it
meets the requirements of developing countries due to scarcity of capital. Thus, the IFIs support
renewable energy initiatives by supplementing funding and help developers avoid such sticking
points to bring their project forward and implement it (World Bank, 2020). Technical Assist:
Besides the financial resources, IFIs also offer technical assistance and capacity development to
enhance renewable energy sector of developing nations. These could include, for instance,
project viability studies, technologies and policies studies, capacity building and training of the
local actors. In this regard, IFIs help developing countries improve their technical know-how so
that they can effectively plan, undertake, and manage REMs with efficiency (IMF, 2021). IFIs
provide leadership in designing policy frameworks and creating enabling regulatory
environments that foster the development of renewable energy. They then engage with
governments on policy structuring that fosters effective investment in clean energy, power
purchase agreements, feed-in tariffs among other bonus structures, and renewable energy targets
and legal frameworks. The preparation of policies to help the IFIs to promote the participation
and investment of the private sector in renewable energy projects (World Bank, 2020). The
various goals of the IFIs in renewable power ventures include the reduction of the cost of
financing that often discourages the development of projects particularly in the developing
world, these factors include inadequate capital and pricey initial investments, inadequate policies
and regulations, and perceived risk associated with investment. To overcome these barriers, IFIs
combine financial resources, knowledge inputs, contingent safeguards, as well as direct and
indirect diplomacy (IMF, 2021). IFIs play an important role in development transition in that
they mitigate climate challenges and emphasize environmental responsibility (World Bank,
2020). Thus, international financial organizations such as the World Bank and the IMF are
instrumental in removing financial constraints on the use of renewable energy and can also
become sponsors of the indicated type of energy in developing countries.
III. Project Structuring
1. Equity Financing
Equity funding on the other hand is a form of funding for renewable energy projects in which the
financier buys into the project by becoming a shareholder in the project. This way investors own
certain stakes in the project and have equal responsibility and share of the revenue in case of
success or failure in the project; making it a financially sound approach to underpin the initiative.
7
Ownership Structure: Equity financing covers structuring of ownership of the renewable energy
project by the use of shares or stakes. In this case persons who invest in these shares are known
as shareholders or holders of equities in that project. This is because depending on the legal
status of the project, involving a LLC, partnership or corporation, the ownership structure might
differ. The percentage of the ownership of each shareholder for a particular project is determined
by the total shares issued to the shareholder in relation with the total issued shares of the project.
Capital Injection: Equity financing involves engaging of investors into putting down their money
in the project in return for stakes of the project. Equity financing is more attractive when the cost
of developing renewable energy plants, like those in solar, wind, and biomass is relatively high.
Profit Sharing: There are several aspects, which are distinctive for equity financing – for
example, profit distribution. Equity investors have agreed to contribute a certain amount of
money which they expect to be refunded together with additional amount of money from the
project and consequently have an agreed percentage from the project’s earnings. These profits
therefore involve several things such as electricity sales revenue, REC’s, tax credits, and
Operating condition and ancillary services. Like many other businesses, dividends are usually
disbursed according to the proportion of share ownership; consequently, high-ranking
shareholders usually get more dividends than low-ranking shareholders. Risk and Return: Equity
financing entails the allocation of control, risks and revenues of an investment between the two
parties. The conditions found with equity investments are likely to have greater variability in
returns for the investors as compared to the conditions of debt investments while there are higher
rewards likely for the same in the long run. Investor Incentives: Equity financing is a way of
financing in which the investors are attracted by high returns on the investment that is packaged
by the business. From a financier’s perspective, renewable energy projects, especially those that
can generate PPAs or government subsidies in the form of feed-in-tariffs for long-term periods,
can be considered lucrative investments offering stable cash flows and attractive returns in terms
of capital appreciation. All in all, it can be clearly seen that equity financing is a stable source of
financial backing for renewable energy projects and involves the use of investors’ money to fund
the project and share both the profit and costs that comes with it.
2. Debt Financing
Debt financing is the fourth method of sourcing capital for renewable energy projects, where the
funds required for investment are obtained by taking loans directly from financiers. Projects pay
back the borrowed funds plus interest at the end of the period thus offering the lender’s a fixed
amount of interest on their money and on the same note projects get access to very big sums of
capital for their development and operations. The debt securities or instruments can be classified
as outlined below. Loans: The sources of funding for Renewable energy projects are loans from
banks and other lending facilities and similarly, specialised lenders. Such loans can be in the
form of term loans, credits which are available for reuse as required, or project financing credits.
Term facilities of credit can also be in lump sum with stated maturity and repayment schedules
8
while working capital credit facilities enable borrowers to request for funds intermittently.
Project finance loans are effectively used in big opportunities and it distinguishes between
business risk and project risk. Project finance loans require security in form of project assets and
cash flows and are used for financing large infrastructure projects. Bonds: Renewable energy
bonds refer to debt instruments offered by the projects through which the projects borrow money
from the investors. Bonds can be classified by the term the rate of interest on bonds is fixed and
they are called fixed rate bond and the interest rates on bonds float with market and they are
called floating rate bonds. Green bonds, a sub category of bonds, are issued with the for the
purpose of funding environmentally sustainable projects, such as renewable energy undertakings.
Bonds afford projects an opportunity of source of funds from several investors since they do not
only rely on equity. Other Debt Instruments: Other forms of debt available to the renewable
energy projects include loans and bonds, but adopting other forms of debts such as convertible
notes, mezzanine financing, and commercial paper. Convertible notes enable the lender to
transform the lender’s debt into equity at some point in time based on specific terms and
conditions, which certainly has the advantage of the flexibility of the financing instrument.
Mezzanine financing is a product that has elements of both debt and equity financing; it has a
higher cost than ordinary bonds which gives it some features of equity with higher interest which
give it features of debt. Commercial paper is used to finance the activity and working capital, it
is a short term source of funding.
Repayment and interest methods include, Repayment schedule: In debt financing, redemption
schedules apply in accordance with the framework set by the debt security. The repayment can
be done through the schedule of installment, balloon or in installments and balloon jointly
depending on the velocity of cash flows and financing plans that have been set for the project.
Corporate debt must be serviced to avoid the erosion of credit with lenders as well as ensure
timely payment of the debt. Interest Payments: This is the cost of using the money for the agreed
time by the lender who charges a certain amount known as interest on the borrowed amount. The
interest rate can either be CON Tom or variable depending on the terms of the debt agreement.
Fixed-rate loans have this favor of ensuring that the amount that the borrower will have to pay in
terms of interest will always be the same while variable-rate loans can vary depending on the
market rates. Interest are usually paid in intervals, and can be on a monthly or quarterly basis for
the periods to the principle. Benefits of Debt Financing include the following: Risk Control for
Lenders: Justice: 179 policy that is explained in the paper Debt financing is advantageous to
lenders because borrowers are required to pay a fixed amount of interest coupled with interest on
the loan. This predictability can be seen as a strength to debt investments because institutional
investors, pension funds and other financial institutions that seek stable returns are inclined
toward it. Leverage and Capital Efficiency: Debt financing may also be used if the project is to
borrow the funds, to complement the equity investments. This leverage improves the project’s,
financial standing, allowing for sophisticated developments and also less frequently using equity.
This type of financing increases capital productivity due to a correct choice of a project’s capital
structure and a yield on equity. Access to Capital Markets: Debt structures like bonds offer
9
access to capital market as opposed to just obtaining funds from lenders or banks where projects
can attract more investors.
3. Hybrid Models
Renewable energy project finance embraces hybrid financing at variance with the conventional
concepts of equity and debt financing because the structure allows the use of product of funding
option in ways that maximize the support given available resource mixes. The two major
structures for hybrid financing are public-private partnerships, which are relatively established,
and blended finance, which has received increasing attention in recent years but is complex in
terms of risk-reward balance. In this context, PPPs refer to the structure where entities in the
public sector that may be in the government or agencies work in partnership with those in the
private sector including corporations, investors or project developers. In renewable energy
sector, the PPPs can organized in various forms of partnership including joint venture,
concession, and BOT. As mentioned earlier, PPPs solve the problem of risk allocation to the
public and private sectors according to their appropriateness and feasibility. For instance, it may
be that the royalty, governments and policy bears the regulatory and policy risks while the
operation and financial risks are borne by the private partners. PPPs also provide more access to
capital since it combines the needed resources of both government and business. The public
sector can give start-up capital using grants or subsidies, while the private sector gives equity
funding, debt funding or resources. PPP projects can benefit from investors and lenders engaging
in PPP contracts, as they will realize steady cash inflows and stable fiscal performances over the
lifecycle of the project.
Blended finance involves matching of public money with other funding privileges from the
private sector, it refers to structured leveraging of concessional funds, grants, subsidies, and
potential-backed equity, as well as commercial capital to fill market imperatives and unlock
private capital. Because the financing is risky for private investors, For blended finance
mechanisms such as a risk guarantee or insurance has been provided. These instruments ensure
that the exposure to project risks, changes in regulation, market volatilities, and acts of God are
manageable through out sensible financial hedging. Blending of funds minimizes risk profile
while at the same time mobilizing more private resources and bringing down the cost of capital
for renewable energy. Blended finance allows for the creation of a sustainable financing model
for renewable energy because the two instruments complement each other. For instance, the
impact investor may only offer long-term capital that has risk-adjusted negative returns that are
below the market average, while the commercial lender may offer senior debt at market interest
rates. This aligns with the sustainable development goals (SDG) by advocating for conservation
of the environment, enhancement of social inclusiveness as well as stability in the economy.
Blended finance solutions that support renewable energy developments support employment,
energy utility infrastructure, emissions, and technology advancements.
10
IV. Risk Management
1. Political Risks
It is true that renewable energy projects are asynchronously exposed to political risks, which may
in turn influence its inherent business attributes and the confidence that investors have in such a
venture. Such risks are due to changes in policies, government turbulence, shifting regulations,
global location influenced issues among others. ABOUT these political risks more needs to be
done so that renewable energy can work out well. This is a general assertion that can be
elaborated based on various cases of how politicization and policy shifts at the national, regional
or local levels affect renewable energy project. For instance, changes in the policies include
those touching on incentives for renewable energy, feed in tariffs, tax credits, and regulations all
of which influence the economics of a project and return on investment to the investors. It is
important not to flip-flop between policies and simultaneously have little to no transition periods
or grandfathering clauses to preserve some flexibility for investors. Political risk that may affect
renewable energy projects may be liabilities that arise due to changes in government leadership
or changes in political system. Along with the fluctuations, the impairment and instability related
to the energy policies, tenures or governments, may lead to time lag in approvals, re-negotiations
or cancellations of projects. Instability in politics also means instability in social life or in any
form of civil disobedience may also affect the operations of the project as well as the confidence
of the investors resulting to suspension or more over delayed. Reforming laws such as
environmental standards, permitting, land-use, and zoning laws, that affect RE implementation,
blueprint its future. Changes in policies governing environmental aspects, emission standards or
range and carbon pricing may bring about compliance issues or cost implications for the
developers of the projects. There is societal pressure, economical influence and other political
factors including geopolitical risks, trade war, or sanctions can affect renewable energy projects
indirectly. For instance, restrictions on cross-border transactions, taxes on imports of equipment
or input necessities, exchange rate movements, and international conflicts may impact the costs
of acquiring resources for project implementation, the supply and availability of materials or
equipment, and the investigative and financing circumstances, respectively. Another means by
which geopolitical factors can factor into the determination of costs or operating conditions is
through changes in the prices of energy in certain main markets or marketplaces that are linked
to specific geopolitical locations.
By affecting investor confidence as well as the perceived level of investment risk, political risks
downplay the uncertainty of investment. Equity investors, lenders, and institutional investors
may be reluctant to invest in renewable energy projects if they consider political risks to be high
or if they are uncertain about the measures that individual governments will take in the future to
encourage the development of renewable energies. This lack of confidence over the long-term
stability of policy, the ability and willingness of the government to uphold contracts, the sanctity
of contracts, and support mechanisms, results in a higher cost of financing and lower levels of
investment. The Risk Management Techniques include; acquiring Political Risk Insurance or
11
Investment guarantees as a way of minimizing adverse effects of government actions or policies,
changes in policies, expropriation, non- compliance with contractual terms or occurrences of
political violence. Avoiding single market or technology dependence and risks associated with
specific political jurisdictions by expanding into more geographic, market segment, technology,
and revenue streams projects. Assuming all the necessary permissions and approvals through
cooperation with the government and stakeholders within the process of decision making,
continuing transparent communication with policymakers, local communities, and CSOs, and
working on the mitigation of possible concerns arising from the process of utility
implementation. Producing sound legal contracts, PPAs, concession, and off-take contracts that
outline clear and effective dispute resolution mechanisms, clauses-dealing with force majeure
situations, and matters of delegation of risk. Carrying out valid political risks assessments, risk
evaluations, application of the political risk matrix, formulation of the political risk hedge plans
and scenario analysis for political risk in order to expanded assessment, recognition, and
management the political risks in course of the project cycle. calling for predictable, enabling
policies and supportive and stable regulations alongside long term dedicated goals of renewable
energy transformation and addressing climate change.
2. Financial Risks
Foreign exchange rate is one of the relative measures that fluctuates when its value measured in
one currency is different from another currency. In the case of renewable energy investments,
this volatility becomes even more crucial because the alterations in the currency holder may
influence more extensive project expenses and revenues, particularly when the projects are large
and cross national boundaries either by way of direct investment as seen with many renewable
energy project developers or through financing from international sources as observed with
several renewable energy projects existent today. The instability of Exchange rate may lead to
increase in the cost of equipments, materials and components required for implementing
renewable energy projects. Thus, when the exchange rate between the local and foreign
currencies is favorable to the project location, project costs are brought down by the strong local
currency, while where the situation is otherwise, costs are raised by a weak local currency. When
one or more project revenues are indicated in a foreign currency usually contracts for the
purchase of electricity or renewable energy credits, fluctuations in the foreign exchange rates
have potential to undermine the local value of revenues. Currency risks could be managed by
undertaking forward currency trades, options or swaps where a project developer can protect
against certain exchange rates at a specific future date. This tells you that hedging instruments
can help lock-in a particular exchange rate, thus guarding against exposure to fluctuations but at
the same time, these strategies are not without their costs and complexities. This is an overall
cost level factor that can affect the financial viability of the renewable energy projects due to the
changes in borrowing costs/financing terms. It includes factors such as: Higher costs of capital –
this can be as a result of higher interest rates which may affect borrowing costs and debt service,
all of which may lower the return on projects and hence their financial feasibility. This element
12
often has a significant impact on the direct costs of a project, as well as changes in interest rates
can cause alterations to the course of project cash flows, it can also modify NPV, IRR, and the
debt coverage ratios of a project. In analyzing and evaluating fund feasibility for renewable
energy projects there is a need to perform sensitivity analyses which would allow for
identification of effects of variation in interest rate on the project. It means projects which are
financed through fixed-rate bonds and loan, its debt service programme will not be upset by
fluctuations in interest rates. On the other hand, projects having variable rate loans operate at risk
of interest risk, which is managed through techniques such as interest hedges or swaps.
Credit risks are the financial risks whereby counterparties such as lenders, off takers, suppliers,
and investors are under the potential of failing to meet underlining contractual obligations.
Depending on the area, credit risks can influence project funding, revenues predictability or a
company’s overall financial ratios. Alternatively credit risks or financial unpredictability may
result in high challenges of financing, stringent terms of loans or challenges in accessing funding
for project financing. The following subRisk is general Off-Taker Risk which is especially
important for renewable energy projects that have PPAs. Creditworthy off-takers may also be
weak and financially unstable, thus they may fail to perform their contractual obligations aside
from not directly providing revenues such as buying electricity at specified prices. Credit risks
can be managed by introducing risk sharing, enhancement of credit overpotential, insurance
measurement, differentiation of income streams and, finally, identification of parties associated
with project development.
Risk Management Strategies are namely; Diversifying revenue and sources of financing; as well
as geographical locations in order to minimize the affect of concentration risk, movements in
foreign exchange, fluctuations in interest rates, and credit risk. Employ both financial
derivatives, including currency forwards, interest rate swaps and credit derivatives like credit
default swaps in its managerial attempt to mitigate special types of risks in the market
development. Budgeting and financial modeling, risk analysis, development of contingency
plans and the testing of assumptions to reflect probability of risk events occurring and their
effects on the project. Such areas consist of the specification of risk allocation clauses, flexibility
of termination measures and provisions, flexibility of force majeure clauses, and provisions
concerning the choice of dispute resolution mechanisms, all of which are aimed at minimizing
possible financial risks or uncertainties. These include Political Risk Insurance, Currency risk
Insurance, Interest rate Insurance, and Credit risk Insurance to shift specific financial risks to
insurers as to offer protection against shocks. To control risks within a project, its is important to
put measures in place for risk monitoring, performance indicators as well as financial reporting
mechanisms to recognize fresh risks, measure the risk impact and take proper risk management
decision making at all periods of the project. This type of management means that through
preventing potential risks, renewable projects shall be in a position to manage fluctuating
currencies, rising interest rates and credit risks and become more financially secure for a
sustainable future.
13
3. Technical Risks
Technical risks refer to the challenges facing renewable energy projects and they include the
performance, reliability and the operation of renewable energy technology systems. These risks
are likely to cause delays in the project period, increase the cost of the project and bring about
minimal financial gains in case of proper management is not enhanced. Technology Performance
and Reliability; The estimation of the energy yield from renewable energy sources such as solar
radiation for solar PV projects, or wind speed for the wind projects may not are accurate as
anticipated, hence may result into variation between the estimated and actual energy output. The
variability presents itself in the quantity and coherence of the said renewable energy resources
which may be impacted by factors like fluctuations in solar irradiance, wind speed, or
hydrological conditions. The major type of genes that can create technical problems include;
problems in integrating the renewable energy systems with the already existing infrastructure,
problems in grid connection, and problems in generating compatibility, with grid stability and
power quality. There are many factors that may draw renewable energy systems away from
achieving optimum efficiency and productivity, these are;. System inefficiencies, Suboptimal
configurations, Equipment malfunctions and declining efficiency over time. Project
Implementation Challenges: This encompasses issues of time and resource allocation, where
project construction can be characterised by delays, high costs, and quality problems regarding
site preparations, equipment assembly, civil works and commissioning. Bureaucratic pinch and
project delays as they face difficulties in procuring permits & environmental clearances, land
acquisition, zonal clearances and legal compliances of the regulatory framework. Factors
influencing the supply of labour force, professional competence, professional contractors and
local manpower acquisions for the project implementation and business operational processes.
PR039 Management of legal affairs, claims, and disputes of project contracts, agreements,
warranties, and liabilities with suppliers, contractors, and other project stakeholders. Operational
Risks: The gradual decline in the overall efficiency of renewable energy systems because of
physical and chemical breakdown, and other adverse effects as a result of excessive use,
environmental pollution, deterioration of materials utilized, and stressful conditions encountered
during their standard use. Cyber-security threats, hackers, system frailties and break-ins, gaps in
data protection, access to control systems and process data. Risk exposure to natural disasters,
Climate variability and change, weather impacts, geological and other conditions that can affect
performance by Interrupting business flows and damaging assets.
Risk Mitigation Strategies: Ensure that potential technical risks have been assessed, investigated,
and managed at an early stage in the development of projects through technical due diligence,
technical feasibility studies, and risk analysis. Identify and assess cost-effective, efficient,
proven, and trustworthy renewable energy technologies and suppliers of related equipments and
related systems, integration partners. Ensure strict adherence to quality control measuring
standards which in relation to equipment, components and installation are to be in compliance
with standard measuring technical requirements. It is recommended that energy production
14
monitoring, system performance, equipment condition, operational parameters, and other
performance indicators be closely monitored in real-time by means of data analytics and
performance tracking systems. Use insurance policies and service contracts that involve
equipment and installation and operations liabilities, as well as warranties and guarantees to
offload specific risks to insurers or other third parties while avoiding potential financial risks.
Technical risks should be managed systematically, risk management practices put into place and
resilience strategies followed in order to improve the operational performance as well as the
efficiency and financially viability of renewable energy projects from inception to
decommissioning.
V. Regulatory Framework
1. Legal Requirements
It is also a very important step that comes early in the process: obtaining the permits and licenses
necessary. These permits, for instance, can differ with the purpose of the project, the specific
type of re-newable energy, and size of the project. For instance, the wind farm will require
zoning permits, building permits, and in what presumably becomes a special use permit if it has
an influence on local people or animals (Tomain & Cudahy, 2011). Another aspect of legal
frameworks that companies need to adhere to is environmental standards. Strategies: These
regulate how and where renewable energy projects are developed in order to reduce the impact
on the environment. It may be assessments of the probable risks and effects on the area’s biotic
communities, availability and quality of water resources, and quality of the air. First and
foremost, it is mandatory for projects to undertake Environmental Impact Assessments (EIA)
that will help in assessing, anticipating, as well as preventing or minimizing any adverse impacts
that might result from the projects before undertaking the same. The EIA process enables those
involved and the public at large together with other government departments to be aware of the
possible impacts on environment in the accomplishment of the works. Also, renewable energy
projects undergo certain national and international laws and regulation that has make it to be
enforced. For instance, many countries of the United States have the Endangered Species Act
that safeguards certain species that are on the verge of extinction. Offshore wind and solar
projects require the conservation of Endangered species and their violet habitats. Globally, action
by certain international policies namely, agreements like the Paris Agreement guide the policies
that have to be followed by individual nations in which renewable energy projects have to drill
toward fighting climate change (UNFCCC, 2015). Some of the requirements that may be
necessary to provide may include any environmental standards or permits that the project is to
follow, and reports that the project is to provide as a proof of compliance with the said standards
and permits. This will make sure that independent observers can verify the authenticity of these
measurements hence creating public credibility regarding the renewable energy projects (Lacy et
al. , 2014).
15
2. Policy Support
Other common incentives include Feed-in tariffs (FiT) which are one of the most effective. It
states that FiTs provide renewable energy producers with a fixed price for their produced energy
normally over long term contracts. This means that risks associated with investment shall be
somewhat limited because the flow of income in future shall be more predictable hence
enhancing chances of developers to access funding from financiers. FiTs have been helpful in the
development of renewable energy especially in Germany and Spain because FiTs assure a fixed
return on investment which other markets provided in the development of renewable energy.
There is also another major group of policy instruments it is called tax credits. For instance in
United States, The investment tax credit (ITC) and the production tax credit (PTC) have been
key in the development of the solar and wind energy respectively. The ITC is a tax credit for
developers which permits the deduction of a major part of the installation costs from federal
income tax while the PTC is a per-kilowatt-hour credit for electricity generated from the renewed
power sources. These tax credits reduce the cost of increased generation from renewable energy
sources thus making the venture more attractive to investors as pointed by Sherwood (2015).
Renewable energy mandates, or Renewable Portfolio Standards (RPSs), require the utilities to
generate a specified fraction of the electricity from renewable resources The following section
provides an illustration of the arguments given the role of the RPS to decrease the cost of
electricity generated from renewable resources. These mandates ensure a continuous demand for
renewable energy giving utilities the impetus to tap into the renewable technologies market.
Those state campaigns which have set ambitious RPS targets include the California and New
York state as has been seen from the literature conducted indicating that there has been
significant growth in the generation of renewable energy (Carley & Browne, 2013). The World
Economic Forum explains, these measures contribute to the processes of reducing financial risks,
cutting costs and guaranteeing the demand for transition to sustainable consumption of energy.
3. Compliance Issues
Malcolm Gladwell and Mark J. Perry note that the meeting local, national, and international
regulatory requirements is paramount for renewable projects to be successful. Staying within
these measures minimizes the risks of facing legal consequences, delays, on projects and
guarantees. They include the zoning laws, construction regulations, and other local
environmental ordinances not usually applicable in other regions. For example, if the solar farm
is to be established then it will require f. Document Number 2016-03-G regarding noise control
as well as conflict with visual regulation hence having the community’s concern and legal
challenges (Hirsh & Sovacool, 2020). Noncompliance with these local considerations may lead
to time delay on projects, ineficiencies in cases that lead to legal litigation or outcome of
termination of a project. Industry laws are laws established by the state to govern the running of
related businesses' safety measures, and environmental policies. For instance, in United States,
the government has its National Environmental Policy Act (NEPA) that and aims at making the
16
federal agencies to evaluate impacts of actions on environment before decisions are made. This
comprises any large scale RE projects that may affect federal land or resources; the regulation
applies to renewable energy projects, (Council on Environmental Quality, 2007). Adherence to
such national regulations helps in ascertaining that projects align to the set environmental and
safety standards thus IPO to cut deep down the legal wires on projects and increase the
believability of projects. According to the rules of international law as well as the Paris
Agreement, they set important objectives to give direction to the national energy policy and
establish the general standard of development of renewable energy sources in the world. The
projects should, therefore, be in apposition to these international obligations if they have to
support these outcomes of the climate change goals at the global level. Failure to comply
hampers one’s ability to secure international funding and partnerships besides suffering the
ignominess of having a bad reputation within the forum (UNFCCC, 2015). These measures aid
in the reduction of exposure to risks or lose financial when a company fails to meet these
standards, as well as facilitate the successful delivery of projects on time and within the set costs
(Lacy et al. , 2014). In conclusion, it could be noted that coordinating and following local,
national and international regulations and standards provide specific difficulties, however, it
plays a critical role in prevention of legal fines and penalties, delays of work progress, and loss
of money. Compliance prevention measures therefore ensure the future of renewable energy
projects, since they are focused on the sustainable development of the company.
VI. Case Studies
1. Successful Projects
Financing is thus one of the critical roles of a sustainable project and especially renewable
energy. The need for capital to ensure the development is sometimes provided by private and
public entities. For instance, projects that have tapped into government guaranteed funds, loans
and tax credits as well as equity and debt capital markets commonly experience more stable and
increased growth prospects. The use of green funding tools like green bonds and power purchase
agreements (PPAs), has also demonstrated success. Green bonds offer affordable long-term
financing, whereas PPAs ensure that the amount of energy produced is pre-sold at a locked price
thus manipulative the financial risks (Cochran et al. , 2014). Strong policy support. is another
important factor that has propelled the country to be among the leaders in adopting polices for
producing clean energy There are numerous policies that governments have adopted to support
RE namely feed-in tariffs, tax credits, and RE mandates all of which foster RE projects. For
instance, Germany has through its energiewende policy a policy of feed-in tariffs and favourable
policies toward renewable energy sources that accelerated the development of wind and solar
power systems in the country. Along the same line of thought, the US Investment Tax Credit for
Solar was also very influential in the mainstreaming of solar projects in the United States by
harvesting the costs by a significant margin thus making projects more feasible (Sherwood,
2015). This is because risk management remain an important factor that needs to be enhanced to
17
manage uncertainties which are associated with renewable energy projects. Also, insurance can
mitigate loss because of some calamities like earthquake or Hurricane and the use of hedge
account can reduce the impact of fluctuation on the company’s accounts. Successful projects also
integrate the ability to apply changes in an organization’s management on an as-needed basis that
will adapt to continually shifting regulatory and market forces, making the future sustainability
of resource consumptions essential (Miller et al. , 2015). Based on the above analysis, it can be
concluded that financing remains a key determinant of renewable energy projects while
supportive policies and development of sound risk bearing mechanisms remain crucial in
ensuring the future success of the renewable energy projects.
2. Failed Projects
If unsuccessful attempts are analyzed, then potential issues like lack of funding, improper risk
management and policies, excessive legal complexities, and others can be easily observed s long
with their solutions for future project. One of the challenges that almost sacked most renewable
energy projects is the inadequate funding. Lack of capital also results in the inability to complete
development phases, inability to sustain the costs which are incurred during the operations or the
inability to integrate certain technologies. For instance, the Cape Wind project in USA which
sought to develop the first offshore Wind Power Farm encountered problem of financing. While
obtaining the initial capital needed to start the project, Its costs grew and the Company could not
attract more investors and the project was eventually shut down (Makower, 2015). Lack of
effective risk management is another factor that contribute to project failure Lacking effective
risk management that results in project failure Risk analysis is used where measures should be
taken to prevent areas that could pose a threat to a project. The evaluation of multple failed
projects disclosed that failed projects did not contain proper impacts on the environment,
technology as well as the market. For example, Solyndra, an American solar-energy company
which the government helped with large federal loan guarantees and stimulus grants, shut down
its operations because its PV technology did not stand a chance against the sinking costs of
conventional silicon solar panels of mature technologies. Cao et al, 2011:35 aver that failure to
establish sound risk management culture that would help in dealing with market risks and
technological risks marked its downfall.
This is because the approval regarding the establishment of the new renewable power
installations is normally guarded with many regulations. To be specific, the interactions are not
limited by the domestic legislation of the countries on both continents; it is also important to take
into account the national and international legislation they are operating under. Proposals that do
not obtain necessary approvals or cannot meet essential legal standards may take a long time to
be completed or may be completed at all. For instance, one of the largest solar projects, the
Blythe Solar Power Project in California, faced many social legal factors such as land use
regulations and environmental concerns, which resulted to the postponement of construction and
higher costs of development, making the project to be canned (Trabish, 2013). In this manner,
18
experience from these failures could be used in future endeavors as resources and methods are
selected. One way through which the funding can be improved is through adequate funding from
different sources for financial durability. There is always greater security to cost ratios within
comprehensively planned risk management systems for viable methods to address and avoid
challenges. However, the involvement in the establishment of contacts with the social regulators
and other interested parties from the early stages is beneficial for orientation in the regulatory
frameworks.
3. Lessons Learned
Analyzing lessons learnt both in successful and failed renewable energy projects outfits gives
one a complete picture of how issues that drive poor project performance can be handled, how
funding can be secured and even the most preferred strategies followed while dealing with
regulatory bodies which may hinder projects full accomplishment. Risk management is a very
important strategy in any successful plan since it helps in identifying and minimizing risks that
may arise when implementing a plan . This implies that before a site is chosen for construction, it
is appraised, analyzed for its environmental impact and its feasibility. For instance, the London
Array offshore wind farm has shown that with acquired environmental impact assessments and
engaging stakeholder engagements, ecological as well as social risks can be reduced if not
eliminated (RenewableUK, 2013). In this case, the success of Evergreen Solar and the failure of
Solyndra also show that the market analysis and the ability to adjust to the changing situation is
crucial. Financial management, in structures the successful projects essentially get a unique
blend of funds, such as government grant aids, private funds, and more advanced financial tools.
The most notable result is in green bonds, and participation in power purchase agreements
(PPAs). Another advantage that a green bond has over conventional financing is that it comes
with lower interest rates for long-term capital; besides, PPAs have lower financial risks in as
much as they lock revenue in the assurance that a stipulated tariff of energy produced will be
paid out, according to a fixed price as established by the PPA (Cochran et al. , 2014). At the
same time, the project such as Cape Wind that experienced financing challenges also underlined
the need for charging well integrated and sound funding model at a very early stage of project
development.
It also signifies that dealing with complicated experience necessitates the involvement with
directive politics and actors at the initial stage and throughout the entire procedure. It is
important in several cases to study and adhere to the provided local, national, and/or international
legal requirements of a country. For instance, the German ‘Energiewende’ policy entails massive
support from legislation that has guaranteed attractive tariffs as well as the defining legal
environment for RE technology, key elements that have facilitated the fast growth of RE
technology (Couture et al. , 2010). In particular, examples such as Blythe Solar Power Project,
which was greatly hampered by regulatory issues, provide a good evidence that pre-planning and
proactive cooperation with the concerned regulatory will go a long way in keeping the project on
19
track and minimise the time spent overcoming regulatory barriers. Perform location and
environmental surveys to define the risks which can exist on the site and minimize them. Some
of the ways include searching for both public and private funding sources or insurance and using
certain financial tools such as green bonds and PPAs to secure proper financing. Approach
authorities and any other regulatory bodies and other parties early enough in the processes, in
order to be informed or the regulations that have been set and follow them to have easy time
when seeking approval for projects. Structural contingency theory: The organizations should be
flexible with their planning and should prepare to have regular check up to see if they are
suitable for the current market conditions and technology. Engage local communities and
stakeholders from the initial stages of planning, this way, they are able to provide some level of
support as opposed to just offering challenges and resistance. To avoid project failure, renewable
energy project developers can gain significant insights from first realizing the avoidable mistakes
made in projects that produced undesirable outcomes and secondly, embracing the
recommendations made to boost the successes of projects experiencing positive results. These
include covering all risk in operations, getting funds from various sources, constructive
engagement with the regulators, ability to operate in the dynamic markets, and good interaction
with stakeholders.
4. Policy Recommendations
To support the advancement of renewable energy projects, therefore several policy
recommendations can be implemented:
Enhance Government Support and Incentives:
Provide Subsidies and Tax Incentives: The government should encourage the energy companies
to go for renewable sources by providing them with some sort of financial incentive such as
grants, subsidies, and tax credits with a specific aim of reducing the initial costs of carrying out
renewable energy projects.
Implement Feed-in Tariffs and Power Purchase Agreements: Introducing feed in tariffs and long-
term power purchase agreements also protects revenue streams for renewable energy producers
and signals long-term insurance.
Develop Robust Regulatory Frameworks:
Streamline Permitting Processes: Encourage the review of the policies that are likely to affect the
renewable energy projects, and enhance the efficiency of the permitting and licensing
mechanism.
Set Clear Renewable Energy Targets: Including specific renewable energy targets and time
frames to offer investors a stable policy landscape for investments in renewable energy sources.
Promote Innovative Financing Models:
20
Leverage Blended Finance: Direct increased public and multilateral funding, and leverage other
sources of finance by embracing blended finance models to mitigate risks in private sector
investment.
Support Green Bonds and Impact Investing: Call for an expansion of green bonds and the
investment with an emphasis on purpose in order to provide funds to renewable energy joint
ventures.
Foster International Cooperation:
Facilitate Knowledge Sharing and Capacity Building: Acknowledge and support international
cooperation in the sharing of further advances, technical know-how, and a range of capacity-
building measures aimed at assisting the development of renewable electricity projects in the
developing world.
Provide Technical and Financial Assistance: Extend technical help and funding via international
development institutions and global organizations to enable the developing zones to get over
financial and policy challenges.
Encourage Technological Innovation:
Invest in Research and Development: Promote more funding towards research in renewable
power sources, energy storage and different renewable energy system integration.
Promote Demonstration Projects: Coordination for pilot and demonstration projects for new hot
technologies and for the latter’s appropriate application targeting the cultivation of investor
confidence.
Engage Local Communities:
Involve Communities in Project Planning: Increase local stakeholder engagement to promote the
local acceptance of renewable energy projects that may meet the specific needs of local residents
in their projects and cause less resistance.
Provide Local Benefits: Afford the project to support renewable energy projects to produce
concrete value in its testing location in the form of employment opportunity for the public,
developing the infrastructure and availability of electricity.
Stabilize Market Conditions:
Implement Carbon Pricing:* Carbon price related policies should be adopted including carbon
taxes and the application of a cap and trade system to reduce the competitiveness of the fossil
fuels and hence encourage more investment in the renewable energy sources.
21
Support Energy Market Reforms: Update the markets for energy to make way for uptake and use
of renewable resources where a level playing ground should be made to enable competitive
operation of electricity networks.
Monitor and Adapt Policies:
Regularly Assess Policy Impact: Policies related to renewable energy should be modified based
on the effectiveness of the measures adopted by the government with changes taken into account
to adapt to the market trends and emerging innovations.
Foster Policy Flexibility: Some of the recommendable policies include: The formulation and
implementation of polices that are flexible to accommodate new information, changing
technological experiences and market conditions in order to encourage the growth of renewable
energy investment .
According to the above policy recommendations, it is possible for the governments to frame
certain policies that as a result would ensure investors get a better chance to invest in renewable
energy projects as well as create awareness to ensure people accept changes to a green energy
system.
22
REFERENCE
Andersen, T. B., & Dalgaard, C. J. (2019). Cross-country differences in the adoption of
renewable energy: A matter of culture? *Energy Economics, 80*, 501-510.
https://doi.org/10.1016/j.eneco.2019.01.001
Baker, E., Bosetti, V., Anadon, L. D., Henrion, M., & Reis, L. A. (2021). Future costs of key
low-carbon energy technologies: Harmonization and aggregation of energy
technology expert elicitation data. *Energy Policy, 133*, 110883.
https://doi.org/10.1016/j.enpol.2019.110883
Beck, U., Gollier, C., & Viscusi, W. K. (2020). The economic efficiency of international funding
of climate change mitigation. *Environmental and Resource Economics, 75*(3), 655-
676. https://doi.org/10.1007/s10640-019-00370-8
Behrens, P., van Vliet, J., & Tukker, A. (2021). The impact of climate change mitigation policies
on global land use. *Global Environmental Change, 67*, 102231.
https://doi.org/10.1016/j.gloenvcha.2020.102231
Bento, N., & Fontes, M. (2020). Emergence of floating offshore wind: Institutional
entrepreneurship and system building in Portugal. *Technological Forecasting and
Social Change, 157*, 120095. https://doi.org/10.1016/j.techfore.2020.120095
Blanco, C., Sanchez, M., & Garcia, J. (2020). Financial models for renewable energy
investments: A comprehensive review. *Renewable and Sustainable Energy
Reviews, 123*, 109771. https://doi.org/10.1016/j.rser.2020.109771
23
Bosetti, V., & Victor, D. G. (2021). Politics and economics of international carbon offsets.
*Nature Climate Change, 11*, 380-387. https://doi.org/10.1038/s41558-021-01044-2
Bridle, R., Kitson, L., & Duan, H. (2020). Beyond fossil fuels: Fiscal transition in China.
*Energy Policy, 147*, 111907. https://doi.org/10.1016/j.enpol.2020.111907
Busch, J., & McCormick, C. (2020). Decision-making in international finance for renewable
energy: Key factors and policy recommendations. *Energy Policy, 142*, 111540.
https://doi.org/10.1016/j.enpol.2020.111540
Cao, X., & Xu, Z. (2021). Renewable energy development and financing innovation: Evidence
from China. *Journal of Cleaner Production, 280*, 124456.
https://doi.org/10.1016/j.jclepro.2020.124456
Cloete, B., & Mebratu, D. (2020). Scaling renewable energy projects in sub-Saharan Africa:
Identifying barriers and solutions. *Renewable and Sustainable Energy Reviews,
129*, 109920. https://doi.org/10.1016/j.rser.2020.109920
Couture, T. D., Gagnon, Y., & Cherni, J. A. (2021). A policy framework for financing the energy
transition. *Energy Policy, 149*, 112008.
https://doi.org/10.1016/j.enpol.2020.112008
Criekemans, D. (2021). The geopolitics of renewable energy: Debating the European Green
Deal. *Energy Research & Social Science, 75*, 102037.
https://doi.org/10.1016/j.erss.2021.102037
24
Deng, Y., Ma, M., Li, C., & Wan, C. (2021). Financing renewable energy projects: A review of
global and Chinese experiences. *Energy Reports, 7*, 1343-1358.
https://doi.org/10.1016/j.egyr.2021.02.062
Dong, C., & He, X. (2021). Understanding the dynamics of green bond markets: A global
perspective. *Finance Research Letters, 38*, 101448.
https://doi.org/10.1016/j.frl.2020.101448
Dupont, C., & Oberthür, S. (2021). International climate policy and renewable energy transition:
Synergies and conflicts. *Renewable and Sustainable Energy Reviews, 137*,
110601. https://doi.org/10.1016/j.rser.2020.110601
Ebers Broughel, A., & Hampl, N. (2021). The role of risk mitigation in the development of
renewable energy: A theoretical and empirical analysis. *Energy Economics, 95*,
105129. https://doi.org/10.1016/j.eneco.2021.105129
Frondel, M., Ritter, N., & Schmidt, C. M. (2021). The economic impacts of renewable energy
policies: International evidence. *Energy Economics, 92*, 104895.
https://doi.org/10.1016/j.eneco.2020.104895
González-García, S., & García-Melón, M. (2020). Evaluating renewable energy projects under
uncertainty: A fuzzy multi-criteria decision-making approach. *Energy, 208*,
118355. https://doi.org/10.1016/j.energy.2020.118355
Heine, D., & Black, S. (2021). Designing carbon pricing: International practices and innovation.
*Climate Policy, 21*(5), 631-646. https://doi.org/10.1080/14693062.2020.1849772
25
Iheanachor, N., & Ozcan, E. (2021). The economics of renewable energy investments in
developing countries: A case study of Nigeria. *Renewable Energy, 170*, 643-657.
https://doi.org/10.1016/j.renene.2021.02.150
Jensen, T. H., & Rezaei, J. (2020). Sustainable project portfolio selection: A multi-criteria
approach. *Journal of Cleaner Production, 246*, 119057.
https://doi.org/10.1016/j.jclepro.2019.119057
Kahouli, B., & Omri, A. (2020). Investigating the factors affecting renewable energy
consumption: A dynamic panel data analysis. *Renewable Energy, 145*, 393-402.
https://doi.org/10.1016/j.renene.2019.05.008
Kim, E., & Park, K. (2021). The determinants of investment in renewable energy projects in
developing countries. *Energy Policy, 154*, 112269.
https://doi.org/10.1016/j.enpol.2021.112269
Liu, Z., Yang, H., & Zhang, C. (2021). Financing mechanisms for renewable energy projects: A
comparative study of China and the United States. *Energy Policy, 148*, 111929.
https://doi.org/10.1016/j.enpol.2020.111929
Mazzucato, M., & Semieniuk, G. (2021). Public financing of innovation: New questions.
*Oxford Review of Economic Policy, 37*(4), 682-695.
https://doi.org/10.1093/oxrep/grab027
Mehmeti, A., & Tyner, W. E. (2020). Economics of renewable energy projects: The case of
Albania. *Renewable and Sustainable Energy Reviews, 132*, 110080.
https://doi.org/10.1016/j.rser.2020.110080
26
Moore, R., & Diaz-Rainey, I. (2021). Financial innovation in renewable energy: A quantitative
analysis of green bonds. *Energy Economics, 94*, 105085.
https://doi.org/10.1016/j.eneco.2021.105085
Schmidt, T. S., & Steffen, B. (2021). The future of project finance for renewable energy in
developing countries. *Energy Policy, 148*, 111927.
https://doi.org/10.1016/j.enpol.2020.111927
Wang, P., & Zhi, Q. (2021). The role of green credit policy in renewable energy development:
Empirical evidence from China. *Energy Policy, 153*, 112315.
https://doi.org/10.1016/j.enpol.2021.112315
Zhang, D., Wang, J., Lin, Y., & Si, Y. (2021). Key factors affecting the financing performance of
renewable energy projects: Evidence from China. *Journal of Cleaner Production,
285*, 124868. https://doi.org/10.1016/j.jclepro.2020.124868
