Electric vehicle (EV) conversions are gaining popularity, offering enthusiasts a way to blend classic aesthetics with modern, eco-friendly technology. While some conversions can be incredibly expensive, a budget EV conversion opens up the possibility for more people to enjoy the benefits of electric power in a vintage package. This article explores a fascinating project: a Porsche 924S EV conversion that proves electrifying a classic car doesn’t have to break the bank. This particular project showcases how ingenuity and careful sourcing can result in a unique and affordable electric vehicle.
The star of this project is a 1988 Porsche 924S, a classic sports car known for its sleek design and engaging driving dynamics. Karl Nichols, the owner, acquired the 924S after it had been sitting idle for 15 years. Fortunately, the car was rust-free, having spent most of its life in the dry climate of New Mexico. This provided a solid foundation for the electric conversion. The goal was to create a fun, reliable, and relatively affordable electric classic that could be used for everyday driving. The Porsche 924S EV conversion aims to deliver classic looks with modern performance at a fraction of the cost of a new EV.
| Component | Details |
|---|---|
| Car Model | 1988 Porsche 924S |
| Condition | Rust-free, Previously Inactive |
| Project Goal | Affordable, Reliable Electric Classic |
A key element of this budget-friendly conversion was the sourcing of a donor vehicle. A 2023 Nissan Leaf was chosen for its readily available electric components, including the motor and battery pack. With only 8,000 miles on the clock, the Leaf provided nearly new parts at a reasonable cost. The original engine and transmission of the 924S were removed to make way for the electric powertrain. Half of the Leaf’s 60-kilowatt-hour battery pack was placed under the hood, along with a relay box and a Tesla-sourced power brake system. The other half of the battery pack was installed in the rear, where the backseat used to be. The Leaf’s 214-horsepower electric motor powers the rear wheels through reinforced CV axles. A Resolve EV controller manages the entire system, including the original CHAdeMO charging port, ensuring seamless integration.
| Component | Source | Details |
|---|---|---|
| Electric Motor | 2023 Nissan Leaf | 214 Horsepower |
| Battery Pack | 2023 Nissan Leaf | 60 kWh, Split Between Front and Rear |
| Power Brake System | Tesla | Enhanced Braking Performance |
| EV Controller | Resolve EV | System Management and Integration |
The electric Porsche 924S delivers impressive performance, with a zero to 60 mph time of around five seconds, closely matching the donor Nissan Leaf. This makes it more than capable for everyday driving. Range is also a key consideration for any EV conversion. The owner reports achieving around 200 miles of range on the highway and even more in urban environments. This aligns with the EPA rating of the 2023 Nissan Leaf, demonstrating the efficiency of the conversion. The regenerative braking system is adjustable, allowing the driver to customize the driving experience, from coasting to full stop. While heating and cooling systems are planned for future upgrades, the current setup provides a fun and engaging electric driving experience in a classic sports car package. The Porsche 924S EV conversion showcases the potential of budget EV conversions to deliver both performance and practicality.
| Performance Metric | Value | Comparison |
|---|---|---|
| 0-60 mph | ~5 seconds | Similar to Nissan Leaf |
| Highway Range | ~200 miles | Matches Nissan Leaf EPA Rating |
| Regenerative Braking | Adjustable | Customizable Driving Experience |
