Roche Energy supplies high‑efficiency energy storage systems for residential, commercial‑industrial, utility‑scale, and modular applications, helping green‑energy operators and end‑users store and release power reliably.
Funding
Funding not disclosed
Founders
Product
Problem
Renewable energy generators and large‑scale power users often face mismatches between intermittent generation and demand, requiring reliable storage to balance the grid and ensure continuous operation. Existing storage solutions can be costly, bulky, or lack the safety validation needed for diverse industrial and utility applications.
Solution
Roche Energy designs and manufactures high‑efficiency lithium‑ion energy storage systems (ESS) for residential, commercial‑industrial, utility‑scale, and modular deployments. Their vertically integrated production combines advanced manufacturing processes, such as flying welding and annular spot welding, with a dedicated testing center that validates safety, reliability, and performance across temperature and altitude ranges. The modular‑pack architecture delivers high energy density at low cost, enabling flexible configurations from 215 kWh air‑cooled cabinets to multi‑gigawatt‑hour utility stations. By managing the full product lifecycle—from design and engineering to production, testing, and certification—Roche Energy provides turnkey storage solutions that help green‑energy operators and end‑users store, release, and regulate power reliably.
Target Audience
Primary customers are renewable energy developers, utilities, and large industrial facilities that require reliable, high‑density storage solutions for grid balancing, peak‑shaving, and backup power.
Features
- Modular pack designs (air‑cooled and liquid‑cooled containers) scalable from residential units to 5 MWh containers for utility projects
- Advanced manufacturing techniques (flying welding, LDD, annular spot welding) that boost production efficiency and product consistency
- Comprehensive in‑house testing center with fire‑suppression systems, IP65/55 ratings, and validation across –35 °C to +60 °C and up to 4000 m altitude
- High‑performance LFP battery chemistry delivering 5 MWh per container with 2.5 MW charge/discharge capability
- Integrated power conversion systems (PCS) supporting 2.5 MW per unit and grid‑compatible output (690 V DC, 50 Hz)
- ISO 9001, ISO 14001, ISO 45001, and IATF 6949 certifications ensuring quality management and environmental compliance
- Flexible deployment options: residential home systems, C&I outdoor cabinets, and large utility‑scale stations with customizable dimensions and colors