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[Editor’s note: It is good to remember that because many places, such as many parts of India, are behind in development, they are able to develop green infrastructure at a point before more damage is done. This is the one blessing of underdeveloped countries. As they play catchup in development, they can start more originally with green development.]

By RMI India

Pursuing low-carbon development is central to India’s Paris Agreement climate goals. In this pursuit, net-zero energy buildings (NZEBs) and electric vehicles (EVs) are the two high-leverage areas. The ability to deliver vast emissions reductions across rural and urban settings has brought NZEBs and EVs to the center of the climate change mitigation agenda. In the Indian context, vehicles and homes also have the distinction of being the two most important purchases consumers make.

Once purchased, assets such as gasoline-powered cars and energy-guzzling homes can be hard for consumers to change, thereby locking in emissions for several decades. Getting it right the first time thus proves especially important.

Lower operational costs for adopters are one of the key advantages of both EVs and NZEBs. However, the upfront cost of both NZEBs and EVs remains a barrier, stalling mass adoption. Price-conscious Indian consumers naturally ask: Who will pay for the gap between conventional and greener alternatives?

Central and state subsidies are already playing a role in bridging the cost premium between vehicles running on gas/diesel and EVs. Buildings certified under various rating programs such as the Indian Green Building Council (IGBC) and Green Rating for Integrated Habitat Assessment (GRIHA) are increasingly being allocated incentives by different government entities. In both cases, this government assistance has helped create momentum. However, there exists an oft-overlooked opportunity to reduce the cost premium and improve the attractiveness of both EVs and NZEBs — retail finance.

Retail Finance Can Improve Affordability, Awareness, and Adoption

Retail finance is a key driver of economic growth. Access to credit (in the form of mortgages and loans) has made homes and vehicles more affordable, enabling millions of first-time buyers.

In March 2021, the outstanding housing loans in India amounted to US$298 billion and vehicle loans to US$61.7 billion. Retail banking overall forms a fifth of all bank credits (not including the non-banking financial companies or NBFCs). This large market size is indicative of the influence that financial institutions (FIs) can have on transitioning India’s vehicle and housing stock to greener alternatives.

Dedicated “green” loans or mortgages with affordable interest rates and long tenures can help borrowers spread cost premiums across time. Lower operational costs of EVs or NZEBs improve the ability of the borrower to afford equated monthly installments. This reduces the probability of default, creating a win-win scenario for both the FI and the borrower.

The mortgage example structure in Exhibit 1 shows how a green building can make ownership affordable for the borrower while realizing higher incomes for a bank. Longer tenures can be even more advantageous for both.

Exhibit 1: Green mortgage illustrative example for first year (in $). Source: Modified from IFC, 2019

Affordability is only part of the possible impact. FIs also have the potential to enhance consumer awareness. Commercial banks and NBFCs are in regular contact with individuals interested in purchasing new assets. This channel can be instrumental in communicating the financial benefits of EVs or NZEBs and busting myths on ownership. The resulting behavioral change on purchase decisions has the potential of raising the aspirational value and desirability of green assets. Hence, by improving affordability and awareness, FIs can help scale adoption.

Solutions Exist but Risks Need to Be Overcome

Dedicated green loans and mortgages are not new inventions. In India, too, a few forward-thinking FIs have started developing these products. For example, the State Bank of India has launched a Green Car Loan, whereas the National Housing Bank’s SUNREF India program is facilitating affordable green housing credit worth ₹800 crore (US$107 million) in India.

Replicating such products across the retail finance ecosystem requires us to consider current barriers. Unique challenges exist: For EVs, the lack of secondary market is a concern. Meanwhile for NZEBs, developers lack incentives to construct property where operational benefits will pass on to the occupant. However, many risks are common. In both cases, unproven asset value, low awareness of techno-economics, and an uncertain policy environment are seen to be holding back finance.

Moving forward, overcoming these barriers will be important for unlocking the opportunity inherent in greening retail finance. Building the capacity of FIs for developments in EVs and NZEBs will be needed to maximize the potential of dedicated loan or mortgage products. Another common area that needs to be prioritized is data availability on loan performance of EVs and NZEBs. To this end, the Reserve Bank of India (RBI) can designate green assets such as EVs and NZEBs as financial reporting sub-sectors.

Also, the RBI can consider the creation of a sustainable finance taxonomy by setting baselines and definitions for green assets. This will help develop insights into existing green financial products and direct finance to the most effective technologies.

The vehicle and housing finance industries can simultaneously learn from each other. For example, the Government of India’s Partial Risk Sharing Facility for Energy Efficiency is a promising instrument enabling FIs to lend to energy-efficient projects. Risks of financing energy service companies wishing to retrofit buildings are partially covered under this facility, reducing overall transaction costs. Such risk-sharing programs need to be introduced for EVs as well to improve the lending confidence of FIs.

For EVs, partnerships between FIs and manufacturers help mainstream low-cost financing. Developer-FI partnerships for net-zero energy housing similarly need to be scaled. IIFL Home Finance is an FI already piloting green certification and lending programs with local developers in Indian cities. Providing technical assistance and data-driven support to the value chain is helping develop a pipeline of NZEBs.

Governments can enable more such partnerships by offering interest rate subventions, stamp duty reductions, and incentives for longer tenures. Creating a shared roadmap for the development of NZEBs will additionally provide direction to the entire ecosystem.

Financial Institutions that Take the Lead, Can Reap the Rewards

For EVs alone, the cumulative capital investment required by the end of the decade could be as much as  US$266 billion (see Exhibit 2). This translates to a loan market of US$50 billion in 2030. Similarly, estimates suggest a US$1.25 trillion investment opportunity in green housing by 2030. FIs that champion green loans and mortgages and proactively enable the market stand to gain the most in these scenarios.

Exhibit 2: Cumulative capital cost of India’s EV transition, 2020–2030, including EVs, batteries, and electric vehicle supply equipment. Source: NITI Aayog and RMI, 2021

Energy transition-related risks will also make EVs or NZEBs more worthwhile to lend to in the near-term. Many of the gas/diesel vehicles that FIs are financing today will start to lose their value as the upfront cost of EVs decreases, emission norms are tightened, and fuel prices increase.

Similarly, as the Energy Conservation Building Code for residential buildings is notified across India and incentive structures are enhanced, the possibility of stranded real estate assets may increase. Resilience and energy cost volatility risks should also be considered.

The RBI has already begun to commit to climate action: in April 2021, it joined the Network for Greening the Financial System, a green finance coalition for central banks. This commitment signals the inevitability of green finance in India, of which green lending will be an essential part. Most recently, the Climate Finance Leadership Initiative’s launch in India is demonstrative of the financial potential to accelerate mass consumer adoption of green assets such as EVs and NZEBs, leading the country closer to Paris Agreement goals. With the stage being set, now retail finance must step up.

Featured image courtesy of Blu Smart, Move for Change.

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In April, Tesla prices were higher month-over-month but lower year-over-year

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In April, Tesla prices were higher month-over-month but lower year-over-year

Tesla posted larger-than-average ATP (average transaction price) increases month-over-month in April, but its prices were lower year-over-year, reports Kelley Blue Book.

April saw Tesla post a month-over-month ATP increase of 5.7% compared to March, but the EV giant’s prices were lower year-over-year by 3.3%, according to EV transaction price data from Kelley Blue Book’s newly released April Average Transaction Price report.

Tesla prices have been a key driver of volatile price dynamics in both the luxury and EV markets because it’s the highest-volume seller in both segments. Tesla prices plummeted from $62,269 in January 2023 to $50,099 in December 2023, a decline of 19.5%.

EV transaction prices in April were essentially flat compared to March – up roughly 0.1% – at $55,252, an increase of only $75 from the prior month. Year-over-year, the average transaction price for an EV was down 8.5%, thanks in part to price pressure on EVs driven by slowing sales, healthy inventory, and more competition.

EV incentive packages remain well above the industry average, in many cases more than 15-20% of the average transaction price.

Some popular EVs posted significant year-over-year price reductions in April – Ford F-150 Lightning’s transaction prices were down 23%, Ford Mustang Mach-e’s were down 15%, Tesla Model Ys were down 12%, and Hyundai Ioniq 6s were down 10%.

However, most EVs presently transact for prices lower than a year ago by approximately 4-5%.

Read more: Higher Tesla Model 3 prices bumped up EV prices overall in March


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BYD launches new Shark PHEV as its first pickup to rival Toyota’s Hilux, Ford Ranger

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BYD launches new Shark PHEV as its first pickup to rival Toyota's Hilux, Ford Ranger

A new electrified pickup is hitting the global market. China’s BYD introduced its new Shark plug-in hybrid (PHEV) pickup in Mexico this week. The new BYD Shark is poised to compete against top-selling trucks globally, like the Toyota Hilux and Ford Ranger.

BYD confirmed its first electrified pickup will be called the Shark last month after years of speculation.

The pickup was spotted for the first time by CarNewsChina at BYD’s facility in November 2022, and the anticipation has been building ever since. We’ve seen leaked patents giving away the design, prototype testing, and more, but the Shark is finally officially here.

BYD introduced the Shark PHEV pickup in Mexico at an overnight launch event. The hybrid pickup will be available in two variants: the GL and GS.

The base GL starts at 899,980 pesos ($53,400), while the GS costs 969,800 pesos ($58,100). Based on BYD’s DMO platform, the Shark features 170 kW (228 hp) front and 150 kW (201 hp) rear motors.

With 429 combined hp, the hybrid truck can sprint from 0 to 62 mph (0 to 100 km/h) in 5.7 seconds. Powered by a 29.58 kWh BYD Blade battery, the Shark has all-electric NEDC range of 100 km (62 mi). Combined NEDC range is 840 km (522 mi).

BYD-Shark-pickup
BYD Shark launch event (Source: BYD)

Meet BYD’s first pickup, the Shark plug-in hybrid

According to BYD, the Shark has low charge fuel consumption of 7.5 L per 100 km, which is 40% lower than that of full gas-powered engine pickups.

At 5,457 mm long, 1,971 mm wide, and 1,925 mm tall, the BYD Shark will directly rival top-selling trucks like the Toyota Hilux (5,325 mm long X 1,855 mm wide X 1,815 mm tall) and Ford Ranger (5,370 mm long X 1,918 mm wide X 1,884 mm tall).

BYD-Shark-pickup
BYD Shark PHEV pickup (Source: BYD)

BYD’s new pickup has up to 5,512 lbs (2,500 kg) towing capacity and 1,841 lbs (835 kg) max payload.

Inside, you can see other BYD design features, such as a rotatable 12.8″ center screen and 10.25″ instrument panel.

BYD America CEO Stella Li confirmed the company has no plans to sell the Shark, or any passenger EV (BYD already sells electric buses in the US), in the US. Meanwhile, BYD does plan to take the Shark globally.

BYD Shark PHEV pickup (Source: BYD)

A right-hand drive prototype was spotted testing in Australia earlier this year, suggesting it could launch there soon. Other global markets will likely include Thailand, South Africa, and parts of Europe. Stay tuned for more info on the BYD Shark as it hits new markets.

Source: CnEVPost, BYD

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Oakland is now first in the US to have a 100% electric school bus fleet – and it’s V2G

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Oakland is now first in the US to have a 100% electric school bus fleet – and it's V2G

An Oakland, California, school district is the first in the US to transition to a 100% electric school bus system with vehicle-to-grid (V2G) technology. 

Modern student transportation platform Zum has provided Oakland Unified School District with a fleet of 74 electric school buses and bidirectional chargers. Utility Pacific Gas and Electric (PG&E) supplied 2.7 megawatts (MW) of load to Zum’s Oakland EV-ready facility. The fleet will be managed through Zum’s AI-enabled technology platform.

“Oakland becoming the first in the nation to have a 100% electric school bus fleet is a huge win for the Oakland community and the nation as a whole,” said Kim Raney, executive director of transportation at Oakland Unified School District. “The families of Oakland are disproportionately disadvantaged and affected by high rates of asthma and exposure to air pollution from diesel fuels.”

The 100% electric school bus fleet is not only emissions-free but also plays a critical dual role as a Virtual Power Plant (VPP), giving 2.1 gigawatt hours (GWh) of energy back to the power grid at scale annually. Here’s how it works:

Student transportation is the largest mass transit system in the United States, moving 27 million students twice daily. Today, over 90% of the US’s 500,000 school buses run on carbon-based fuels, releasing over 8.4 million tons of greenhouse gases annually.

Zum, which already has a presence in 14 states, says its next step is to electrify the school bus fleets of San Francisco Unified and Los Angeles Unified school districts, which have fleets three and six times the size of Zum’s Oakland fleet, respectively.

Read more: EPA announces $1B in grants for electric school buses and heavy-duty vehicles


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