XPeng Inc.


Company Profile

Management Team

Business Model

Products & Innovations

Distribution

Manufacturing

Valuation


Company Profile

Xpeng is a leading smart electric vehicle company which began its operation in 2015. It is a Cayman Islands holding company. According to the People's Republic of China (PRC) laws and regulations, the provision of value-added telecommunication service in the PRC is subject to foreign restriction and licenses requirements. Therefore, the Group’s operations are mainly conducted by its subsidiaries in China and through contractual arrangements with the Group VIEs.

 Currently, the Group VIEs are:

·        (Guangzhou) Zhipeng IoV Technology Co., Ltd.

Primary business: development and operation of an Internet of Vehicles (IoV) network involving the Xpeng App

·        (Guangzhou) Yidian Zhihui Chuxing Techonology Co., Ltd

Main business: provision of online-hailing services through online platform including the Youpeng Chuxing App

·        (Guangzhou) Xintu Technology Technology Co., Ltd and its 100% owned subsidiary, Jiangsu Zhipeng Kongjian Information Techonology Co, Ltd or Zhipeng Kongjian

Primary business of Zhipeng Kongjian: operation of land surface mobile surveying, preparation of true three-dimensional maps and navigation electronic maps

Figure 1 Equity structure of VIEs of Xpeng Inc.




Management Team

 Mr. Xiaopeng He (born in 1977) is Principal Shareholder of Xpeng Inc, Chairman of the Board and Chief Executive Officer. In 2004, he co-founded UCWeb as a mobile browser maker at the beginning. In 2014, It was acquired by Alibaba Group for RMB 30 billion. After the acquisition, Mr. He worked several years as senior executive of Alibaba Mobile Business Division for Alibaba. In 2017, he resigned and joined Xpeng as chairman.

 My opinion: Being a billionaire at a very young age and starting EV manufacture sounds very familiar 😊   Mr. He is also developing flying vehicle. The newest model Xiaopeng Huitian X2 was displayed last year. X2 is a pure electric autonomous flying car made of 100% carbon fibre. It costs around RMB 1 million. If you are interested, you can watch the video her.  Always chasing his dreams, sounds also very familiar 😊   At the beginning of June this year, Mr. He showed a short video (her) about his flying experience with X2. It flied as high as 20 meters with a speed of 5 m/s. Mr. He is determined and also very energetic pursuing innovations.  I think Xpeng will become more and more competitive under his ‘reign’.  

Business Model

 

The primary source of Xpengs revenue is vehicles sales. Xpeng also offers software and services which contribute to increase customer engagement, maximize customer lifetime value and improve margins.

 

EVs of XPeng is differentiated from its competitors by attractive design, high performance, smart technology functions and proven safety and reliability.

 

My opinion: These features are superior to the traditional vehicles but they are common features for the new EV companies. The more detailed comparisons for the EVs from the different companies are presented in the separate post.

 

 Products and Innovations

 Vehicles

Xpeng vehicles are attractive to middle-class consumers in China. It primarily targets the mid- to high- end segment in Chinas passenger vehicle market with prices ranging from RBM 150k -400k.

 

The current selling models:

Ø  P7 (sports sedan) with a price range of RMB 239.9k – 429.9k

Ø  P5 (family sedan) with a price range of RMB 177.9k -249.9k

Ø  G3i (compact SUV) with a price range of RMB 168.9k -201.9k

 

The coming models:

Ø  G9 (SUV) in June 2022 with a price around RMB 400,000k.

Ø  Two more new expensive models will be launched next year.

Figure 2 Smart EV roadmap of Xpeng Inc.


Source: Annual and Transition Report (foreign private issuer) 20-F.

Advanced driver assistance systems (ADAS) Software

 ADAS are designed to assist drivers in driving and parking functions. XPILOT is Xpengs proprietary ADAS which is designed for driving behavior and road conditions in China.

 XPILOT 3.0 (released in 2021)- support navigation guided pilot (NGP in Figure 3) for highway driving and advanced automated parking, which is a function of XPLIOT 3.0.

 XPLIOT, 3.5 (released in 2022) - strengthens its perception capability with the help of LIDAR.

Figure 3 Navigation guided pilot (NGP)




Xpengs proprietary algorithms for XPLIOT contains:

Ø  Localization and high definition map fusion

Ø  Perception algorithm and sensor fusion

Ø  Behavior planning, motion planning and control

 

Equipment for ADAS

 There are generally three artificial recognition approaches:

Ø  Pure Vision Recognition – camera-based vision alone

Ø  RADAR (Radio detection and ranging) – based on radio waves

Ø  LiDAR (Light detection and ranging) – based on laser

 Elon Musk (2019) said lidar is a fool’s errand and anyone replying on Lidar is doomed. He meant expensive sensors are unnecessary. For Musk, LiDAR is merely a crutch.  Currently, Teslas cars with LiDAR have been spotted on the roads. Tesla is likely using LiDAR to help train their machine learning algorithms, using it as the ground truth when checking for accuracy. It implies that Lidar does provide more accuracy compared with radar and camera.

 Compared with RADAR, LiDAR is more accurate. However, the performance of LiDAR will be significantly degraded in conditions of extreme weather, e.g. heavy rain, snow and fog while RADAR will continue to perform as well as if it were a clean and sunny day. But remember, in the extreme weather, human vision is also negatively affected which implies it will impair the performance of camera as well. It seems radar is very necessary.

Cost:

Ø  An automotive Lidar sensor: above $1,000 per car.

Ø  A radar sensor:  $50 -$200.

Ø  The best consumer dash cameras tend to be within a price range of $60 -$150. It can be as cheap as $30. 

 My thoughts: The customization of ADAS to road condition in China is considered a key factor which differentiates Xpeng from the other smart EVs.  Xpeng is expanding to international markets. The advantage of infusion of high definition map disappears. 

Powertrain

Powertrain is In-house research and development. Xpeng EVs powertrain consists of the battery system, electric drive system, high voltage system, vehicle control unit (VCU).

 Xpeng claims to be differentiated by the key powertrain features, such as battery safety, range noise, drivability and digitalization.

 Battery

Xpeng utilizes Lithium Nickel Manganeses Cobalt Oxide (NCM), cells and LFP cells for their batteries.

Charging solutions

Xpeng vehicles can be charged through either of the following ways:

 

Ø  Charge their EVs by home chargers

Ø  Xpeng-branded super charging stations (772 Xpeng-branded super charging stations, covering 308 cities in China as of December 31, 2021)

Ø  Third-party charging piles



Distribution

 

Xpeng utilizes an omni-channel sales model to achieve a consistent brand image, customer experience and price across all channels. Physical stores are operated by either Xpeng directly or franchising.  With the franchise model, Xpeng is able to pursue an asset-light strategy.

 

As of December 31, 2021, Xpeng consists of 357 physical stores and 117 service centers which cover 140 cities in China.  Xpeng is also expanding into other international markets.

 

December 2020 – the G3 was delivered to the customers in Norway

August 2021 – the P7 was delivered to the European customers

February 2022 – Launched the first physical store in Stockholm, Sweden

March 2022 – The first physical store in Westfield Mall, Holland

April 2022  - opened the first physical store in Copenhagen, Denmark

 


Manufacturing

 

Since 2017 Haima Auto has manufactured vehicles for Xpeng. In consideration of commercial development needs, the termination of cooperation was signed in 2021. Instead, Vehicles of Xpeng are produced in its own factory – Zhaoqing plant. Another two plants are also under construction which are scheduled to be completed around 2023. The capacity of the three plants is expected to achieve 500,000 units per year.



Valuation

 

Xpeng is at nearly the same stage as NIO. EPS is still negative. FFCF model is applied to estimate its intrinsic value. More explanations regarding the model are depicted in the paragraph of valuation of NIO.

 

XPeng’s life cycle

 It is difficult to predict what strategies Xpeng will take besides the three plants -one existing and two under construction. I have divided Xpeng’s life cycle into 3 stages:

 Stage 1: 2022 -2026 highly growth period

Stage 2: 2027 -2031 slow down period

               Two scenarios: baseline:  5% real growth rate; better: 15% real growth rate

My comments: It is highly uncertain. It is highly likely that Xpeng would build more factories to increase capacity.

Stage 3: from 2032-  plateau with 2% real growth rate

 

Global economy

 

The increasing prices of raw materials have forced Xpeng to raise its price by RMB 10-20 thousand this year. It implies that Xpeng can pass price increases along to  consumers. However, the final sales will show the degree of Xpengs ability of transferring costs.

 

Stage 1: 2022 -2026, 3% inflation

Stage 2: 2027 -2031, 2% inflation

Stage 3: from 2032 -, 1% inflation

 

EV market prospect

 The same as the paragraph in NIO.

Production Capacity

 According to the recent quarterly conference meeting, the shortage of chips and batteries from suppliers have been the obstacles for the production. The problem is supposed to be mitigated this year.  Guided by the production capacity of the three plants (Tabel 1), I have made the predictions of production for two scenarios – called baseline and better scenarios. Until now, XPeng has only these three factories in the pipeline. 

Table 1 The factories of Xpeng

Zhaoqing Plant

Current status: 100,000 vehicles per year

The extended base is scheduled to achieve 100,000 vehicles per year. The production is expected to start from 2022Q3.

New Guangzhou Smart EV Manufacturing Base

Under construction aiming at a capacity of 100,000 units per year. It is scheduled to start production at the end of 2022

New Wuhan Base

Under construction aiming at a capacity of 100,000 units per year. It is scheduled to start production at the end of 2023

 Base scenario –produce 600,000 units in 2026 with a 5% real growth in stage 2.

 Better scenario – produce 800,000 units in 2026 with a 20% real growth in stage 2.

 The nominal growth rate is assumed to be 3% for both scenarios.

 Table 2 displays the number of deliveries in 2018-2021 and the predicted figures for 2022-2026. I have used the predicted produced number as the sales volume.

 Table 2 Vehicle deliveries by year

    Note: * refers to the estimated deliveries.

I have defined XPeng as a three-stages company from 2022. The most common estimation about EV market share is about 50% of the total automobile market in 2030. In 2022, the electric vehicles sold are expected to take account for 5% market share.  In the next 10 years, there is huge consumption willing for EV. Therefore, the 5% growth rate of deliveries between 2027 -2031 is assigned.

 Stage 1: 2022 -2026 highly growth

Stage 2: 2027 -2031 slow down period

              Two scenarios: baseline:  5% real growth rate;  better: 15% real growth rate

My thoughts: It is highly uncertain. It is more likely that XPeng would have planned at build more plants.

Stage 3: from 2032 into plateau with 3% nominal growth rate

 

Gross Profit Margin

 In the 2022Q1 conference call, Mr. He mentioned 20% gross profit margin is possible with the launch of G9 this year and two new expensive models next year. Xpengs mid-long term gross profit margin target is 25%.  

My thoughts: Xpengs gross profit margin is currently very low. The strategies which XPeng has been executed and will carry out will definitely improve the gross margin. The more details can be found in my other post – Comparisons. The question turns out to be whether XPeng can achieve its target in time.

 

Operating Margin

 R&D

The expenses of R&D of the new EV companies are always quite high.  Xpeng’s investment in R&D of XPeng ranks quite high among its peers which also leads to a lower operating margin.

 SG&A

The combination of direct stores and franchised stores enable XPeng to pursue an asset-light expansion strategy compared with the direct stores only strategy among many new EV companies. It is still ambiguous which distribution mode is best in the long run. The different indicator from financial reporting will reveal the results in the future.

 

 

Discount rate --WACC

 

I have made a detailed explanation of my choice of WACC in my post - NIO. I will apply WACC = 10.08% to the valuation of XPeng.

 

ESG considerations in FCFF model

 

The same as NIO since both of their plants are in China.

 

Taxation

 

The same as NIO because their main operations are in China.

 

A summary of the input assumptions:


Results

WACC = 10.08%

Ø  USD 1 = RMB 6.7 is applied to convert RMB to USD

Ø  The terminal value of the company: RMB 343 billion (baseline) / RMB 721 billion (better scenario)

Ø  The present value of terminal company value: RMB 131 billion (baseline) /RMB 276 billion (better scenario)

Ø  The total present value of the company: RMB 149 billion (baseline) /RMB 362 billion (better scenario)

Ø  Weighted average number of ADS used in computing– basic and diluted at the end of 2021: 821 million shares.

Ø  After deduction of debt, the price per share based on DCF model is RMB 175 ($26) and RMB435($65) for the baseline and better scenarios respectively.

 

For one month ago, the market price of XPeng was approximately $20.  Recently, it was closed at $35. If the performance of NIO will not be worse than the baseline scenario and the required return of the investor is no higher than 10.08%, the long-term target is highly likely to stay above $26. The market especially for the Chinese Tech companies seems very sensitive to the interest rate hiking and supply chain situation affected by Covid 19 in China.

 

Validation of the results

In order to validate the appropriateness of the model assumptions, I present the multiples to look at the solution from another perspective.

 

The third stage (terminal) is assumed as the mature period of the company and hence its multiples are comparable with the industry level and other mature companies, e.g., Volkswagen and Ford.

 

For the terminal period, justified P/E = 16 and justified P/S =1.6.  P is the terminal value of the equity from the model. E and S refer to earnings and sales at the first year of the terminal period.

 

According to statistics from MSCI World Automobiles Index[1], fundamentals P/E=15.99 and P/E Fwd=14.31 for MSCI World Automobiles industry. It seems the P/E from my calculation is close to the industry level which implies the discount rate is acceptable.

 

The comparison with Ford and Volkswagen is in the previous post -NIO.

 



[1] https://www.msci.com/documents/10199/9eae1855-a008-4220-82ea-d3a4a8cfd032


















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