There’s such a significant misunderstanding of how electric grids work in this thread that it hurts my head.
But I do agree that club owned kart tracks for owner racers will not be moving to electric karting anytime soon. For a business, it makes a lot of sense. Capital expenditure is easier to get hold off and the long term maintenance costs are significantly less. Add the reduced requirements for ventilations, fire protection and noise permitting and increases the interest. Which is why we are seeing the rise of electric rental karts.
Club owned kart tracks however are typically cash strapped, many don’t have any electricity on site at all, and they are often not in an urban area so extra load will be difficult and expensive to come across. Additionally the on going savings aren’t felt by the club, but by the kart users, and only if they (the users) can afford the capital outlay to buy what will be a more expensive electric kart.
Should the FIA come up with a set of rules, sure why not. It gives people something to aim for. I do think part of the reason they’ve mandated the battery in that location is make sure it’s unachievable anytime soon but I don’t really care. FIA karting has somewhat lost its relevance to me.
Ok, scaremongering:
1: It’s true that grid capacity and charging infrastructure are current constraints — but these are transient engineering challenges, not fundamental limitations of electric karting. Many industries (EV fleets, logistics hubs, construction sites) face identical issues and are already deploying scalable solutions like load balancing, local energy storage, and phased grid upgrades. This is no different to moving from horses to cars (but there’s no gas stations! we must stay on horses).
2: When cars first emerged in the late 1800s, electric vehicles were actually the dominant technology — quieter, cleaner, and easier to operate than gasoline cars, especially in cities. By the early 1900s, most taxis in New York were electric. What changed wasn’t technology, but economics and influence: the discovery of cheap Texas oil, the rise of mass-produced internal-combustion engines, and the lobbying power of the growing oil and automotive industries. As infrastructure like gas stations spread and marketing painted gasoline as “freedom,” electric vehicles were pushed aside. In a way, the EV revolution we’re seeing now isn’t new — it’s a return to the path we started on before the fossil-fuel era took over.
3: One of the biggest misconceptions about EVs is that they “overload the grid.” In reality, most charging happens when demand is lowest — late at night or during off-peak hours when homes, businesses, and industry use far less power. Utilities actually encourage this with time-of-use rates that make overnight charging cheaper, flattening the daily demand curve instead of spiking it. As smart chargers and vehicle-to-grid systems become common, EVs will increasingly act as flexible storage, helping stabilize the grid rather than strain it. Far from being a threat to grid capacity, widespread EV adoption can actually make the power system more efficient and resilient.
4: Electric vehicles are far more efficient than gasoline cars, converting about 85–90% of their energy into motion compared to only 20–25% for internal combustion engines, which waste most of their energy as heat. Even when accounting for electricity generation and battery manufacturing, EVs still produce substantially fewer lifetime emissions, and that gap keeps widening as the power grid adds more renewables. While it’s true that lithium and metal mining for batteries has environmental impacts, modern chemistries like LFP eliminate the need for cobalt, and recycling programs are already recovering over 90% of key materials. Unlike burning fuel — which releases carbon permanently — battery materials can be reused again and again, making EVs part of a circular, low-carbon system rather than a one-way drain on the planet’s resources.
5: The recent slowdown in EV policies and automaker transition plans isn’t a rejection of electrification — it’s the result of a complex mix of technical, economic, and political forces that differ across regions. In Europe, strong emissions laws and high fuel costs keep EV adoption moving forward despite subsidy reductions. China continues to surge ahead through heavy state investment and control of the battery supply chain. But in North America, the industry is far more politically reactive: many automakers appear to pander to whichever administration is in power, accelerating electrification when incentives and mandates are strong, then retreating toward hybrids or lobbying for tariff protection when political support shifts. The landscape changes every few years — and companies like GM, Ford, and Stellantis are constantly repositioning to align with policy winds rather than long-term climate goals. What looks like hesitation is really a strategic recalibration within a volatile policy environment, as the global industry catches its breath to balance technology, infrastructure, and political realities so the next wave of EV adoption is truly sustainable and economically grounded.
