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Company Report: Company, Industry and Economic Analysis
Atharv Kulkarni
Liberty University
BUSI 534: Business Valuation
Dr. Abiola Fapetu
September 10th, 2021
The subject business being valued is NIO, Inc; a smart electric vehicle manufacturing company,
located in China.
Concerns about climate change and energy security, along with advances in battery
technology, have stimulated a renewed interest in electric vehicles (Hidrue, 2011). NIO Inc.
designs, develops, jointly manufactures, and sells smart and connected premium electric vehicles
in China.
History
NIO Inc. is a relatively young company, and was originally founded on November 2014,
by Chinese businessman William Li. The company was formerly known as NextEV Inc. and
changed its name to NIO Inc. in July 2017. The name NIO translates to “Blue Sky Coming” in
the Chinese form, which stems from their vision to a more environmentally friendly future. Soon
after launch, big companies such as Tencent and Lenovo invested in NIO. The company also
received capital from holding and investment companies such as Temasek holding company in
Singapore, and Sequoia Capital and TPG Capital in America. In 2016, NIO was assisted by the
NIO 333 FE Team (Formula E racing division) and launched their first electric-powered, two-
seater sports car. The EP9 was built in 18 months, and debuted at the Saatchi Gallery in London,
England. The EP9 runs on lithium-ion batteries that can last up to 265 miles before needing to be
charged again. The car accelerates from 0 to 62 miles per hour in 2.7 seconds, and 124 mph in
7.1 seconds, as demonstrated by Richard Hammond in The Grand Tour. The EP9 set the world
record for the fastest lap by an EV for the Circuit of the Americas, Shanghai International
Circuit, and the Circuit Paul Ricard tracks.
Products and Services
NIO launched their first volume manufactured electric vehicle, the ES8 during the NIO
Day event on December 16, 2017. Model ES8 is a seven-seater premium electric Sport Utility
Vehicle that is designed to offer exceptional functionality, performance, and mobility lifestyle. In
December 2018, the company officially launched the ES6, a five-seater high-performance
premium electric SUV. The ES6 is the second SUV product launched by NIO and began their
first deliveries in China in June 2019. Following the Model ES6, NIO announced their fully
electric mid-size luxury crossover SUV model EC6 in late 2019. One of the biggest differences
between model ES6 and EC6 is that the biggest battery available for ES6 is an 84-kWh unit that
allows a maximum range of 317 miles, while the EC6 comes with an all-new 100-kWh liquid-
cooled battery pack that allows a range up to 382 miles. On January 2021, NIO announced their
upcoming electric sedan Model ET7. The ET7 will be released for the public to purchase in 2022
and will act as a direct competitor to Tesla’s Model S sedan in China. Every electric vehicle
manufactured by NIO runs on lithium-ion batteries. The lithium-ion batteries have a high power-
to-weight ratio that allows the vehicles to travel further on a single charge due to less weight,
good high-temperature performance, and high energy efficiency. The NIO vehicles also consist
of a smart artificial-intelligence technology known as the NOMI AI. Along with being a
complete voice-activated AI digital companion, the NOMI AI can adjust car temperature, control
music, pull up car navigation, and even allow passengers to take a selfie in the cabin. According
to a Survey on Artificial Intelligence for Vehicles, China is in the most need of AI-enabled
vehicles that can react to complex changing driving environments due to its increasing
population and high traffic situation (Li, 2018)
While NIO’s primary purpose is to manufacture and sell its electric vehicles, it also offers
a variety of energy and service packages to its users. This includes e-powertrains, battery packs,
and components. NIO also promises satisfactory sales and after-sales management services to its
users. In addition, the company also offers convenient and innovative power solutions which
include Power Home, a home charging solution; Power Swap, a battery swapping service; Power
Mobile, a mobile charging service through charging trucks; Public Charger, a public fast
charging solution; and Power Express, its 24-hour on-demand pick-up and drop-off charging
service. NIO also provides thorough repair, maintenance, and bodywork services through its
service centers; and offers NIO Certified, a used vehicle inspection, evaluation, acquisitions, and
sales service.
NIO sells its vehicles through its own sales networks, including NIO Houses and its own
mobile application. NIO Houses are showrooms for its vehicles, and act as clubhouses for its
users with a variety of social functions. The company’s mobile application is an interactive
online platform to retain user engagement and cultivate loyalty to the brand, which includes
other branding activities such as its annual NIO Day and Formula E team.
Headquarters and Offices
The company currently has about 7,763 full-time working employees at its various
headquarters across the world. NIO’s global headquarters is in Shanghai, China, in the Shanghai
Automobile Innovation Park. The employees working at the Shanghai headquarters are mainly
responsible for integrated vehicle research and development, manufacturing operations, sales,
marketing, and customer service. NIO’s North American headquarters is in San Jose, California,
in the heart of Silicon Valley, and the employees at this location are primarily responsible for its
global software development. NIO’s main design headquarters is in Munich, Germany, and is
primarily known for its history in automotive design. The company’s office located in London,
England, is primarily responsible for its performance program and serves as the headquarters for
its Formula E team. The employees at the office are responsible for the commercial Formula E
management, strategic management, and the development of its supercar Model E9. In addition
to the previous four locations, NIO also has offices in Oslo, Norway; Oxford, England; Beijing,
China; Nanjing, China; and Hefei, China.
Customers
The demand for electrical vehicles has increased in the US and European markets, and
therefore has also inspired these changes of embracing electrification in countries like China.
The current customers of NIO only include those residing in China, as the company has not
started selling its vehicles outside the country. Just like Tesla, NIO’s primary customers are
individuals looking for high-performance electric vehicles that are more eco-friendly compared
to automobiles with internal combustion engines. NIO customers are also tech-savvy, as the
vehicles come with smart features and the company’s own AI. In 2021, NIO announced to
broaden its horizon and start selling vehicles in other countries. On June 11, NIO announced that
it received the European Whole Vehicle Type Approval for its Model ES8. The company plans to
launch its first SUV model in Europe starting with Norway in September. According to the NIO
founder William Li, Norway was chosen as the first European market for NIO because it is the
most EV-friendly country. NIO also plans to bring its Norwegian customers with its direct sales
and service network including NIO House, NIO App, Power Swap Stations, and NIO Life.
William Li also told the journalists in China that they plan to launch NIO in five more European
countries after Norway.
Business Risks
As a new entrant into the EV industry, NIO has a limited operating history and faces
many kinds of risks and challenges. Failing to address any of these may materially and adversely
affect the whole business.
The electric vehicles may not perform in line with customer expectations. For example,
NIO’s vehicles may not have the durability or longevity of other vehicles in the market and
maybe harder and less convenient to repair compared to other vehicles. In addition, the range at
which its vehicles could travel at a single charge may decline as a function of usage, time, and
other factors. The vehicles may also contain defects in manufacture and design that could cause
them to perform less efficiently than expected. Since NIO vehicles use a substantial amount of
software code to operate their complex software products, they could often contain defects and
errors when initially introduced. If any vehicle fails to perform as expected, the company might
have to delay deliveries, or initiate product recalls that could adversely affect the brand and
business operations.
The business may face challenges providing its charging solutions. While the company
provides adequate charging solutions through NIO Power, home chargers, and its mobile
application, NIO has very limited experience in the actual provision of its charging solutions to
its users, and providing the services is subject to challenges. These challenges include security
risks and sending teams in appropriate areas. While the Chinese government has supported the
roll-out of public charging networks, the current number of charging stations is considered
insufficient. The company faces significant challenges when rolling out its charging solutions as
they require permits, land use rights, and filings, and, to a certain extent, is subject to the risk that
government support could discontinue. Such unanticipated challenges can hinder the company’s
ability to provide adequate solutions and prevent the company from meeting user expectations.
Difficulties in providing charging solutions can hurt the company’s reputation and business could
be materially and adversely affected.
The industry and its technology are evolving at a fast-pace and may be subject to
unexpected changes. Developments in alternative technologies such as improvements in the
internal combustion engine may affect the demand for electric vehicles. China’s electric vehicle
market is rapidly evolving and may not develop as the company anticipates. As the EV industry
develops, the company may have to modify its business model and update its services and
solutions. These changes may achieve different results than expected and could have a material
adverse effect on NIO’s results of operations. The company may face challenges with keeping up
with changes in EV technology and cause its competitiveness to suffer. Developments in
alternative technologies such as advanced diesel, or improvements in the fuel economy of the
internal combustion engine, may materially and adversely affect NIO’s business and prospects.
Since fuel is abundant and inexpensive in China, consumers may prefer those over charging
vehicles, and failure to successfully react to changes in existing technologies could harm NIO’s
competitive position.
The future growth of the company is largely dependent on the demand for, and upon
customers’ willingness to adopt electric vehicles. The demand for vehicle sales depends to a
great extent on general, political, social, and economic conditions in each market and the
introduction of new automobiles and technologies. As NIO continues to grow, economic
conditions and trends will impact its business, prospects, and results of operations. The demand
for NIO’s electric vehicles can also be affected by factors directly impacting the vehicle’s price
such as prices of raw materials and parts and components, and government regulations including
tariffs and other taxes.
NIO’s financial results may vary significant from period to period due to factors such as
seasonality of its business and fluctuations in the company’s operating costs. Demand for new
cars in the automotive industry is generally lower during the winter season, while sales are
higher during spring and summer. Severe weather conditions can also impact the demand for
vehicles. NIO’s operating results could suffer when revenue is not consistent with the company’s
expectations due to varying seasonal demands. The company’s operating costs will also increase
significantly in future periods, as the company designs and manufactures new electric vehicles,
opens new NIO Houses, and increase marketing activities.
Competitors
While differences in the average profitability of industries can be large, differences in
profitability within industries can be even larger (Ghemawat, 2011). With the increase in
popularity of electric vehicles in the automobile industry, the competition within the domestic
market for NIO is greater than ever.
Xiaopeng Motors, also known as Xpeng, is a leading Chinese smart electric vehicle
manufacturing company that designs, develops, manufactures, and sells Smart EVs in China.
Xpeng was co-founded in 2014 by Chinese entrepreneurs He Xiaopeng and Xia Heng. The
company is known to produce environmentally friendly vehicles that offer attractive design and
high performance, coupled with safety and reliability. Their primary target is the large and
growing base of tech-savvy middle-class consumers of China. Xpeng currently sells an SUV
Model G3 and a four-door sports sedan Model P7. The company provides its vehicle owners
with special benefits such as 5G of free cellular data per month, free road assistance, free
replacement service, and free delivery and installation of home charger. Xpeng aims to drive the
Smart EV transformation with tech and data in the hopes of shaping the mobility experience for
the future.
Li Auto Inc. is a Chinese company that designs, develops, manufactures, and sells
premium smart electric vehicles. The company was founded in 2015 by Chinese businessman Li
Xiang. Li Auto’s first model, Li ONE, began its production in 2019, and was delivered to
consumers in early 2020. Li ONE is a six-seater, large premium electric SUV that is equipped
with advanced smart vehicle solutions. The company concentrates its development efforts on the
next-gen electric vehicle technology, and smart vehicle solutions. Following the success of Li
ONE, Li Auto plans to expand its product line by developing new vehicles, including battery-
powered electric vehicles and extended-range electric vehicles, to target a broader consumer
base.
Potential Threat
In 2021, market analysts Benchmark Mineral Intelligence predicted an “acute” shortage
of lithium minerals from 2022 onwards. Lithium is used globally in ceramics and glass (31%);
batteries (23%); lubricating greases (10%); air treatment (5%); continuous casting (4%); primary
aluminum production (3%); other uses (24%) (Forster, 2011). According to Forster, the demand
for electric vehicles has drastically increased each year, which thus increased the demand for
lithium. The lithium-ion battery is the most popular battery for electric vehicles due to its high
power-to-weight ratio allowing more energy storage and traveling long distances. If the world
faces a lithium supply shortage in the upcoming years, the price of the mineral would drastically
increase. The increased price would cause EV manufacturing companies to use other cheaper
battery types to power their vehicles. The manufacturing companies would face even more
engineering challenges due to the inferior characteristics of the cheaper batteries and could
severely hurt the reputation of electric vehicles in the automobile industry.
The Political Environment
Politics presents the most serious source of risk for businesses in China. “Regulatory risk
or lack of knowledge about which factions and interest groups will make what governmental
policies tomorrow remain China’s big downside risk.” (Haley, 2003). Due to the rise in
popularity of electric vehicles in the US and European markets, countries like China have also
embraced the EV industry. Currently the Chinese government has showed support for electric
vehicles by installing over 800,000 EV charging outlets throughout the country. Many Chinese
provincial and local governments are actively promoting electric vehicles through a variety of
methods. For example, municipalities provide license plates to electric vehicle users much faster
and cheaper than conventional vehicle users. Many large Chinese cities restrict conventional cars
from driving on certain days based on their license number but exempt electric cars from such
restrictions. Some cities also provide free and preferential parking spaces for EVs. The current
policies placed by the municipal and provincial government play a huge role in the development
of China’s electric vehicle industry. While the Chinese government can change its stance on
electric vehicles at any time depending on its political environment, its current support for
environmentally friendly streets through electric vehicles has benefitted the industry and its
manufacturing companies.
GDP Forecast
According to the World Bank Data, China’s economy has been consistently growing, and
currently advanced to 7.9% year-on-year in Q2 of 2021. China recorded its highest percent
growth of 18.3% in Q1 of 2021. The economic growth in the second quarter likely slowed down
due to the new COVID-19 outbreaks that weighed on consumer spending and higher raw
material costs that hurt factories. Although China’s economy has faced headwinds towards
recovery, it appears to be on track to maintain its moderate level of growth. In June 2021, the
World Bank released an estimate of 8.5% growth for 2021 before slowing down to 5.4% in 2022.
As China has made advances towards accepting electric vehicles for a pollution-free
environment, the well-being of Chinese people will significantly increase, and illnesses will
decrease. With an improved quality of life, the happiness of the Chinese residents will increase,
thus causing an increase in the GDP of the country (Zhao & Sun, 2020).
References
Forster, J. (2011, May 29). A Lithium Shortage: Are Electric Vehicles Under Threat. Retrieved
from https://www.files.ethz.ch/cepe/top10/forster.pdf.
Ghemawat, P. (2011, December 13). Competition and business strategy in historical
Perspective: Business History Review. Cambridge Core. Retrieved from
https://www.cambridge.org/core/journals/business-history-review/article/competition-and-
business-strategy-in-historical-perspective/B19A77E327620C7F885E56983DAF699D.
Haley, U. C. V. (2003). Assessing and controlling business risks in China. ScienceDirect.
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1&originCreation=20210910025509.
Hidrue, M., Parsons, G., Kempton, W., & Gardner, M. (2011, September). Willingness to pay for
electric vehicles and their attributes. ScienceDirect. Retrieved from
https://www.sciencedirect.com/science/article/pii/S0928765511000200.
Li, J., Cheng, H., Guo, H., & Qiu, S. (2018, March 19). Survey on Artificial Intelligence for
Vehicles. SpringerLink. Retrieved from https://link.springer.com/article/10.1007/S42154-
018-0009-9.
Zhao, X., & Sun, Z. (2020). The Effect of Satisfaction with Environmental Performance on
Subjective Well-Being in China: GDP as a Moderating Factor. MDPI. Retrieved from
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