Modular Flexible Scaling
- Stand-alone capacity range: 250kWh - 5MWh
- Flexible expansion according to site needs to reduce upfront investment pressure.
Hess Energy Storage Genset
Smart Hybrid Energy for a Low-Carbon Future
Hess (Hybrid Energy Storage System) combines the BESS with GAIA hydrogen gensets to provide a stable, flexible, and efficient power solution. Battery energy storage systems respond quickly to load changes and handle instantaneous spikes in demand, while GAIA hydrogen gensets provide a long-lasting, stable power supply The two work together to achieve reliable, low-carbon energy management by combining real-time dispatch with long-term supply.
Intelligent monitoring and management
- Supports remote monitoring and real-time data analysis
- Provides operational status, performance, and health reports
- Facilitates energy management decisions
Multiple layers of security
- Built-in BMS
- Multiple protection mechanisms include temperature control, overvoltage, and short circuit protection.
- System-level safety isolation to reduce operational risk
Quick Restart
- In the event of a power outage or no external power supply, the built-in battery can support the rapid start of the hydrogen genset.
- Avoid prolonged pauses and reduce restart wait times.
- Ensure the system is up and running quickly in the event of an unexpected situation, maintaining the continuity of critical applications.
Green Energy Integration, Multi-Scene Applications
- It can be paired with solar energy and wind energy to balance intermittent power supply and improve the overall renewable energy utilization rate.
- Renewable energy storage: balanced solar, wind, Intermittent
- Grid regulation: peak cutting, valley filling, FM, and voltage regulation.
- Industrial/commercial redundancy: ensuring continuous power to critical facilities.
- Extensive infrastructure: data centers, transportation hubs, energy security.
High Stability
- Suitable for remote areas, microgrids, or high-reliability sites, the Tellus HESS series ensures autonomy and long-term stability of energy supply.
- Maintain stable output even when the grid is unstable, the environment is harsh, or external energy is limited.
- Ensure the continuous operation of key applications such as industrial facilities, medical units, and communication systems, among others.
- Ensure a “nonstop, uninterrupted” energy system through intelligent management and redundant design.