As the popularity of home battery storage continues to grow, more homeowners, installers and businesses are discovering the benefits of repurposing electric vehicle batteries. With so many battery options now available, choosing the right battery for your project can be challenging.
That's why we're excited to announce the launch of the DR+VE EV Battery Guide.
Our new online resource has been created to help you understand which EV batteries are best suited for second-life energy storage, whether you're building a home battery system, integrating with solar PV or designing a commercial battery storage installation.
Why We Created the Guide
Over the past few years, we've seen huge interest in reusing EV batteries for stationary energy storage. However, reliable technical information is often scattered across forums, videos and open-source projects.
At DR+VE, we wanted to bring that information together in one place.
Our EV Battery Guide has been developed using practical experience with Battery Emulator, hybrid inverter integration and real-world battery storage projects. Rather than simply listing specifications, we explain the advantages, limitations and suitability of each battery platform.
What You'll Find
Our growing battery library includes detailed guides covering:
- BMW i3
- Hyundai Kona Electric
- Kia e-Niro
- MINI Cooper Electric
- Nissan Leaf
- Nissan e-NV200
- Renault Zoe (22kWh, 41kWh and ZE50)
Each guide includes:
- Battery specifications
- Battery chemistry
- Capacity and voltage
- Battery Emulator compatibility
- Hybrid inverter compatibility
- Advantages and disadvantages
- Typical applications
- Frequently asked questions
- Professional installation considerations
DR+VE Approved Batteries
Not every EV battery is equally suitable for second-life energy storage.
As part of our new guide, we've introduced our DR+VE Approved rating system, helping customers identify battery platforms that offer proven reliability, excellent Battery Emulator support and straightforward integration with modern hybrid inverters.
Our recommendations are based on factors including:
- Battery quality
- Availability
- Ease of integration
- Thermal management
- Community support
- Value for money
- Compatibility with modern energy storage systems
Built for Homeowners and Professionals
Whether you're planning your first DIY battery storage project or specifying batteries for a commercial installation, our EV Battery Guide is designed to provide practical, easy-to-understand information backed by real-world experience.
As Battery Emulator development continues and new EV battery platforms become available, we'll keep expanding the guide with additional battery models, technical articles and installation advice.
Explore the DR+VE EV Battery Guide
If you're considering using a second-life EV battery for home or commercial energy storage, our new guide is the perfect place to start.
Explore the battery library, compare different battery platforms and discover which battery is best suited to your project.
We're continually updating the guide with new battery models, technical insights and practical advice, so be sure to check back regularly as the library continues to grow.