What the project is
Olenergies designs powerful, long-life, smart and highly secured lithium batteries. It is convinced that only intelligent battery systems seeking to continuously optimize product lifespan are the key to a sustainable energy transition. By statute, Olenergies is a committed player, delivering concrete solutions for a sustainable energy future. The company’s mission is reflected in its design and manufacture of high-quality connected batteries produced in France. In response to the ecological emergency, Olenergies produces next-generation batteries that are not only efficient and environmentally friendly, but also fully integrated with digital management solutions… everything is geared towards fostering responsible energy storage and usage.
Main Benefit
Key figures and facts highlight the strengths of Olenergies technology:
- Connected plug-&-play systems: OLENBOX (12, 24 & 48V – 65Wh to 6.25kWh)
- Powerful rackable battery system: OLENPACK (4/6/8 kWh at 48V and up to 150kWh at 625V)
- Mobile energy solution: OLENMOVE (230/400V = 45kVA – 100kWh and 48V = 100kW – 150kWh, with solar recharge at 12kW)
- Containerized storage systems: OLENPOWER (from 150kWh to 5MWh per unit; supports BESS + local and Cloud EMS)
- Commitment to security, performance, and durability with future LiFePO4 systems
Advanced Technology
At its core, Olenergies pushes the envelope with technology built around safety, performance, and durability. The focus is on deploying more secure technology that is environmentally friendly and sustainable. The company is continuously innovating, and its lithium batteries are fully compatible with hydrogen systems for hybridization. This seamless integration provides both economic viability and improved performance, ensuring that energy solutions remain ahead of the curve… It’s a case where advanced digital management meets robust hardware design.
Flexible Energy Solutions
Olenergies caters to a wide range of applications with its versatile battery systems. These applications include:
• Stationary Cycling – aimed at maximizing economic and ecological gains by speeding up the integration of renewable energies.
• Marine and Small Mobility – targets efficient management of finite energy for marine drones, boats, and port infrastructure.
• Critical Power Supply – provides continuous energy for data centers, healthcare facilities, or equipment in nuclear power plants, effectively replacing lead batteries and diesel generators.
• Hydrogen Hybridization – the battery systems work hand-in-hand with hydrogen solutions for enhanced performance.
The solutions are designed to provide reliable energy systems from portable (1kWh) to large-scale industrial solutions (several MWh)… adapting to the needs of a rapidly changing energy landscape.
Made in France Quality
Every battery designed by Olenergies is proudly made in France, meeting top-notch quality and safety standards that are recognized both locally and worldwide. The manufacturing process reflects a commitment to excellence and sustainability—they even claim less than 1% after-sales service on all products. This emphasis on quality ensures that customers receive products that are built to last, are robust under demanding conditions, and embody the spirit of French craft and engineering excellence.
Project Impact
- SDG 7 – Affordable and Clean Energy
- SDG 9 – Industry, Innovation and Infrastructure
- SDG 11 – Sustainable Cities and Communities
- SDG 12 – Responsible Consumption and Production
- SDG 13 – Climate Action
Looking Forward
The initiative led by Olenergies signals a transformative step in energy storage and management. With its intelligent battery systems and digital energy optimization platform, the project is set to revolutionize how energy is stored and utilized across various sectors. The approach is straightforward yet dynamic—offering robust, sustainable solutions that are already making an impact… from small portable systems to extensive industrial installations. As the energy landscape continues to evolve, the products designed in France showcase the potential of blending advanced technology with a commitment to ecological responsibility, ensuring that energy remains both sustainable and accessible for future generations.
