The ORCA 2.7 EXL103 is a high-capacity, containerized 2.7 MWh energy storage system engineered for utility-scale and industrial-grade power management. Housed in a compact 20-foot enclosure, it features 2.57 MWh usable energy, a 2400 Ah rating, and robust liquid cooling for thermal stability. Built for applications like grid support, peak shaving, backup power, and renewable integration, the ORCA 2.7 is a plug-and-play powerhouse for modern energy infrastructure.
Containerized 2.7 MWh Energy Storage for Grid-Scale & Industrial Power Needs
The ORCA 2.7 EXL103 is ideal for utilities, EV charging stations, manufacturing plants, data centers, and microgrids that demand scalable energy storage with minimal footprint. Its rugged, container-based design simplifies deployment across diverse environments, while advanced liquid cooling and voltage regulation make it a safe, smart choice for large-scale energy management and renewable energy storage.
Massive Power. Minimal Footprint. Maximum Flexibility.
Designed for long-term reliability and energy resilience, the ORCA 2.7 delivers megawatt-scale performance in a versatile, mobile-ready form factor.
- 2.57 MWh Usable Energy – Ideal for utility-scale and industrial applications
- 20-Foot Containerized Design – Compact and easy to deploy
- Advanced Liquid Cooling – Thermal safety across demanding environments
- Microgrid & Renewable Ready – Supports grid stability and sustainable integration
Battery Specifications
- Usable DC Energy: 2.57 MWh
- Total Installed Capacity: 2703 kWh
- Amp-Hour Rating: 2400 Ah
- Nominal Cell Configuration: 3.2 V / 100 Ah cells
- Operating Voltage Range: 880 Vdc – 1284 Vdc
- Charge Temperature Range: 10°C (50°F) – 45°C (113°F)
- Storage Temperature Range: -10°C (14°F) – 30°C (86°F)
- Form Factor: Standard 20-foot container
- Dimensions: 6058 × 2438 × 2896 mm
Key Features
- Peak Shaving & Load Leveling
- Emergency Backup Power
- Supports Renewable Integration
- Voltage & Frequency Regulation
- Ready for Microgrid Applications
- Advanced Liquid Cooling for Thermal Safety
- Flexible Deployment Options
- Eco-Conscious & Cost-Efficient