Tesla is at the forefront of the electric vehicle revolution, in part because their products have some of the industry’s best battery ranges. If you’re worried about how long your Tesla battery lasts, fear not: the company has cars that last for 300-400 miles. Read on to find out how ranges differ between Tesla models, why different cars have different ranges, and more.Continue reading
If you’re considering purchasing a Tesla, one of the top things on your mind is probably how much you’ll pay to charge it. You’re likely familiar with how much it costs to fill up a tank of gas, but charging an electric vehicle (EV) battery is a whole new ballgame! In this article, we’ll explain how much you should expect to pay to charge your Tesla and how this compares to comparable internal combustion engine (ICE) – AKA gas-powered – vehicles. We’ll also walk you through some of the major factors that will impact the cost of charging your Tesla. (Spoiler alert: the best way to lower the cost is to go solar!)Continue reading
In this week’s news round-up, we discuss Google’s recent installation of solar shingles at its Silicon valley campus, and a recent update in electric vehicle availability.Continue reading
Tesla’s constantly innovating and releasing new electric car tech to the market, and today can boast of four commercially available car models, each with its own unique set of perks: the Tesla Model S, Tesla Model X, the Tesla Model 3, and the Tesla Model Y. In this article, we’ll break down the car prices for each of the different Tesla EV models, and explain how you should compare them.Continue reading
Lithium has been hailed as ‘white gold’ for its versatility and value in today’s world. But what exactly is it? Well, lithium powers technology spanning from the computer you’re reading this on to lifesaving pacemakers. Basically, any portable electronic device contains lithium. Lightweight, powerful, and rechargeable, this metal’s value also lies in its role as an essential piece in the clean energy revolution. Lithium batteries’ high energy density and ability to be recharged make them uniquely suited to power the electric vehicles (EVs) and electric grids of the future. However, despite the metal’s importance in the clean energy revolution, it’s incredibly resource-intensive to extract and this process causes environmental distress, leading many to wonder: can we produce lithium responsibly?Continue reading
Electric vehicles are increasing in popularity. In fact, the odds are good that the next car you purchase will be partially or fully electric. (I know mine will be!) With that transition from an internal combustion engine vehicle to an electric vehicle (EV) comes one major difference: how you fill the “tank”.
While driving to a gas station to refuel is second nature to anyone with a car, plugging into an electric vehicle charger is likely a new experience that comes with a series of questions. Here’s what you need to know about EV chargers.Continue reading
In this week’s news roundup, we discuss an important update to solar incentives in Illinois, and a new solar powered electric vehicle (EV) charging facility in California.Continue reading
Electric vehicles (EVs) are all the rage – and might just be the centerpiece to the clean energy revolution. There’s a catch, however. Along with all of those electric cars comes an equal amount of lithium-ion batteries to power them, and recycling those batteries is a complicated, but necessary, problem to solve. What’s more, home batteries like the Tesla Powerwall are usually made of very similar materials to EV batteries, so there’s even more to recycle.
Similar to solar panel recycling, it’s expensive and difficult to separate out the components of a lithium-ion battery to the point where they can be recycled and reused. Nowadays, lithium-ion battery recycling exists, but not nearly on the scale and at the efficiency we need it to as batteries become more and more popular.Continue reading
In this week’s news round-up, we discuss a new startup company looking to innovate electric vehicle (EV) charging infrastructure, as well as an updated projection on the country’s energy future from the federal government.Continue reading
On Earth Day 2021, the Biden Administration announced its goal “to reach 100 percent carbon pollution-free electricity by 2035”– but, until recently, no legislation had been passed to actually meet this target. This all started to shift in August 2021, when the Senate passed a $1.2 trillion infrastructure bill and then immediately advanced a $3.5 trillion budget resolution that will lay the framework for a reconciliation bill. So, what’s the status of these bills? And how will they advance the U.S.’s clean energy transition?Continue reading