@a-niche-guy
I write about batteries, EVs, and climate tech | Associate Researcher at @theicct.bsky.social | On Deck Climate Tech Cohort 1 (#ODCT1) | #Energy Twitter: https://twitter.com/a_niche_guy | LinkedIn: https://www.linkedin.com/in/anishkum
This model already works in health insurance & fleet management.
Applied to EVs, it could slash premiums before adoption alone can do it.
If you could save hundreds a year on EV insurance by using a certified repair network, would you opt in?
5/5
💡 The overlooked lever:
Pair telematics-based insurance with preferred EV repair networks.
Insurers partner directly with certified EV repair shops + battery refurbishers to:
Negotiate lower repair rates
Speed up turnaround times
Offer instant premium discounts to safe drivers
4/5
The industry’s current playbook?
✅ Wait for EV adoption to rise
✅ Expand repair networks
✅ Hope costs drop over time
But that’s too slow.
3/5
According to @insurify.bsky.social’s report:
⚙️Repair costs for EVs are higher (esp. batteries + ADAS tech)
🧑🏽🔧Fewer specialized mechanics = longer, pricier repairs
📉Low adoption in many states keeps premiums high
🌡️Regional risks (weather, theft) add to costs
2/5
🚗💸 #EV owners are paying 49% more for insurance than gas car drivers. That’s ~$4,058/year vs. $2,732. Here’s why — and the overlooked fix that could change the game. 🧵
🔌💡
#energysky #EVs #battchat
1/5
Oh yeah it's definitely not completely new to the industry. China has been doing it and Tesla also to some extent with giga casting. Legacy OEMs are just taking their time to learn these new technologies.
With federal EV tax credits phasing out soon, affordability will be the deciding factor for many consumers.
👉 If Ford delivers on this promise, this platform could be a blueprint for the EV market as a whole.
4/4
⚙️Rethinking manufacturing: A new “assembly tree” replaces the traditional line, creating three separate sub-assemblies joined at the end, making it 40% faster.
💵Affordability vision: The first four-door electric pickup is slated for 2027, with a target starting price of around $30,000.
3/4
🔑 Key highlights from Ford’s approach:
💵Cost efficiency: 20% fewer components, 25% fewer fasteners, and 40% fewer workstations.
🔋Battery innovation: Using LFP batteries for greater durability, cost savings, and space optimization.
2/4
Fascinating stuff happening in the affordable EV segment this year!
🚀After Slate Auto's $20k EV pick-up truck, Ford just unveiled its Universal EV Platform and Production System — and it could be a major catalyst for making electric vehicles truly affordable and scalable.
#EVs #battchat
1/4
That's what we will be doing in our second paper where we analyze the technical feasibility of electrifying these routes and the third paper where we compare the total cost of ownership for electric vs diesel trucks on these routes.
Read the first paper in full here - theicct.org/publicat...
6/6
These patterns reveal that drayage trucks are not a monolith and are quite flexible in their operations. But with the right strategy of battery-electric range and charging locations, they can all be electrified.
5/6
These trucks travel in 3 distinct routes - local (~63%), short-haul (~35%), and regional (~2%).
80% of all daily distances traveled are below 200 miles
Only 26% of the truck loads are full payload of 80,000 lbs
Around 65% of drivers are independent owner-operators
4/6
We combined telematics data from 10 drayage trucks with driver surveys from the African Chamber of Commerce and RFID gate data from 5 major terminal gates collected by the Northwest Seaport Alliance to reveal some interesting patterns that would guide the path to electrifying these trucks.
3/6
This is the first of a 3-paper series to understand the electrification potential of drayage trucks in the Seattle-Tacoma port region.
2/6
🔌💡How easy is it to electrify drayage trucks? The first step in answering this question is to understand the operations of existing diesel trucks.
That's what we did in this paper of drayage trucks in the Seattle-Tacoma port region.
#EVs #battchat
1/6
It's in the thread, in the 3rd post
This new study proves that gasoline and diesel vehicles are the worst for our health. Even a hybrid or plug-in hybrid vehicle is 20%-30% better.
The faster we get rid of these polluting vehicles, the better for all of our health and lives.
Read the full report here - theicct.org/publicat...
3/3
Not accounting for the changes in electricity mix over time for the 20-year lifetime of vehicles inflates the emissions for battery electric cars.
Also, not taking into account the difference between real-world and test fuel consumption rates benefits combustion engine vehicles.
2/3
🔌💡Life cycle emissions of battery electric cars are 4x less than gasoline cars in EU.
A new report from our EU team not only confirms that battery electric cars are better than gasoline cars but also busts some myths about why sometimes other studies claim the opposite.
#EVs #battchat
1/3
With the federal government not particularly favoring cleaner vehicles and revoking existing policies, it is now states' responsibility to devise newer innovative policies. This policy idea hopes to fulfill that gap.
Read the full blog here - theicct.org/a-clean-...
3/3
Manufacturers would pay or receive a fee based on how far or close their vehicles' pollution level are to the benchmark.
This new policy is revenue and technology neutral that encourages cleaner internal combustion engines and also providing largest incentive for zero-emission vehicles.
2/3
🔌💡Our team is excited to share a new clean vehicle sales incentive policy idea that costs nothing!
The idea is to set an absolute benchmark pollution level and the incentive based on pollution per mile.
#EVs #battchat
1/3
Several other studies, including our own with Energy Innovation for the US, produce similar results.
Both the market and policy incentives need to start practices that accelerate this because this has immediate health benefits.
Read the full report here - www.pembina.org/pub/...
2/3
🔌💡33% of trucks in Toronto can be electrified today, according to a study by the @pembina.org, even after considering the effects of cold weather.
They found 30% Class 3-4, 15% Class 5-6, and 10% Class 7-8 vehicles can be electrified today.
#EVs #battchat
1/3
There are all kinds of claims going around for solid state batteries from every battery manufacturer and likely none of them would be mass produced before 2030, but it's still interesting to see the progress.
2/2
🔌💡@xiaomiglobal.bsky.social has entered the race for solid state batteries!
Their new patent describes a layered electrode structure that claims:
🔋77.8% cell-to-body volume efficiency
🔋Range > 1,200 km (~750 miles)
🔋Charging 800 km (~500 miles) in 10 minutes.
#EVs #battchat
1/2
The gap between 'Transitioners' and 'Leaders' is big and will be interesting to see who makes the jump next!
Read the full report here - theicct.org/global-a...
3/3
Tata Motors is the only automaker to jump from 'Laggard' to 'Transitioners'.
Chery and Geely showed the biggest improvements in score, although they still remain 'Transitioners'.
Overall 17 out of 21 automakers' scores improved or remained the same, not a bad outcome at all.
2/3