Asia’s emerging EV market set to boom
Asia’s rapid growth and urbanization leads to a high demand for energy. China alone consumes more than three times the total energy used in Europe. This complicates the region’s efforts to reach net-zero. But the risks of not doing so are great as Asia is at the forefront of climate challenges. The continent is home to 93 of the 100 most polluted cities and six of the top ten countries most affected by climate risks.
This is the result of the old growth model still prevalent throughout the region. What is needed is a new, sustainable growth model that is based on innovation, collaboration, sustainable investing, and green business building. The transport sector is one of the largest sources of greenhouse gas (GHG) emissions, so decarbonizing it will be pivotal to meeting the climate change challenge in Asia. McKinsey estimates that between 2018 and 2050, the sector could contribute around 14 percent of emissions abatement potential. Key to that will be the adoption of electric vehicles (EVs). Consumers in Asia are adopting EVs at different paces. Compared with mature markets, such as China and Japan, in emerging Asia, particularly India and ASEAN, EVs make up less than 1 percent of new-vehicle sales.
Building an EV ecosystem in emerging Asia is imperative to accelerate consumer uptake and help the region achieve its climate goals. This means radically building out the EV value chain by stimulating both the supply and demand. It also requires greater investment in partnerships, infrastructure, and technology development. Low-cost EV model distribution (with total cost of ownership (TCO) at or ahead of parity with internal combustion engines) needs to be accelerated. And all this needs to be integrated with financial and government incentives to encourage EV adoption and discourage the internal combustion engine, all within a supportive green investment framework.
?For emerging EV markets, we see three typical challenges:
领英推荐
These challenges are pronounced in Asia’s emerging markets. TCO parity and supply chain readiness are the keys to unlocking consumer uptake. Many surveys suggest that Asian auto consumers’ top concern for adoption of EVs is TCO. Indeed, environmental friendliness is not a core motivator of early market adoption, but rather a secondary consideration behind cost, prestige, and technology.
Regulation will be key to driving TCO parity and consumer adoption. Take Indonesia, for example: a 25 percent reduction in import tax may take EV penetration to as much as 24 percent by 2035. If local manufacturing is enabled, this rate can go up to as high as 63 percent.
Infrastructure is also critical. Yet, many ASEAN markets lack sufficient charging stations to support the projected growth of EVs on the road to increase consumer confidence and overcome ‘range anxiety’. According to our modelling, ASEAN markets require 95,000 public AC and 40,000 DC charging points to support forecast numbers of registered EVs by 2030—30 times greater than the number today.
Despite these challenges, we have identified four key signs that Asia’s EV market has the potential for rapid growth.
Asia’s EV market is on track for enormous growth, and for significant value creation across the value chain. However, capturing these opportunities and tackling the challenges requires thinking and working in ecosystems. EV ecosystems take several years to build, but conditions are shifting quickly and highlight Asia’s urgent need to participate in green business building. The opportunities for building green businesses, particularly in EVs, are more attractive than ever now. Asian players—both established firms and start-ups—should seize the moment and apply the lessons learned globally to build tomorrow’s EV ecosystem.
Software Engineer
2 年Hello sir, But I don't believe that using Evs as a replacement of conventional vehicles is a sustainable choice regarding the carbon emissions. Infact, a battery which is a major part of an EV needs earth metals, which only in extraction and processing part produces around 50% of the lifetime emission of an EV which is around 30,000 pounds while on the other side a conventional vehicle at this stage is at 14,000 pounds. Secondly, if we talk about charging, if the source of electricity is a coal fired power plant then it will emit around 9 ounces of CO2/km which is about 1.5 ounces more than a petrol/diesel car. It can only be of any use if the electricity would come from a green source and the approximate usage of the car is around 1,40,000 Km, then only it will emit about 24% less emissions than the usual. Talking about india majorly, for now it's a major task to introduce new green source power plants for electricity . So I agree with Dr. Shakti Goel that we need to go for searching a ?more efficient and sustainable fuel rather than switching to EVs having an overall minimal impact on the major concern of the time.
Chief Architect and Data Scientist || IIT Delhi & MIT PhD and Sloan graduate || Award winning Technology, Data and Product Professional
2 年Hey Gautam Doesn't the use of electricity to charge EVs mean that pollutant gases are being released where electricity is getting generated? Agreed, EVs are more efficient that ICEs. So some reduction in net pollution there. What are the predictions on using (green) hydrogen powered fuel cells to run the vehicles? That would definitely help in pollution reduction.
Portfolio Manager at Legato Health Technologies with expertise in Financial Analysis and Project Management
2 年Isn't it going to stress a lot on power distribution companies
Founder Director at AHODS Technologies (Hydrogen On Demand Systems)'Novel' ,'i.a' WIPO
2 年Right Gautam , 2W to lead the Clean Curve of Future Mobility overcoming the transformation inertia...