Features
Simple Setup
Security and Dependability
Effortless Handling and Upkeep
Application Scenario
- Peak Demand Mitigation:
Deploy the ESS to strategically release stored energy during peak demand periods, significantly reducing peak demand charges and overall energy costs for commercial facilities. - Renewable Energy Integration:
Integrate the ESS with solar panels or wind turbines to store excess renewable energy generated during sunny or windy periods and utilize it during low-energy production times. - Load Shifting for Cost Savings:
Store energy during off-peak hours when electricity rates are lower and discharge it during high-demand, high-cost hours, resulting in substantial cost savings. - Grid Frequency Regulation:
Utilize the rapid response capabilities of the ESS to help stabilize the grid by providing frequency regulation services, enhancing overall grid reliability. - Emergency Backup Power:
Ensure continuous operations during power outages by using the ESS as a reliable backup power source for critical equipment and systems, enhancing business resilience. - Microgrid Implementation:
Incorporate the ESS into microgrid systems, enabling localized energy distribution and minimizing reliance on the main grid during disruptions. - Demand Response Participation:
Participate in demand response programs, where the ESS can be used to reduce energy consumption during peak load times, helping to balance the grid. - EV Charging Infrastructure:
Integrate the ESS into electric vehicle (EV) charging stations to manage charging demand, optimize energy usage, and provide backup power for EV owners. - Remote Off-Grid Power:
Deploy the ESS in remote locations or off-grid setups to provide consistent and sustainable power for remote facilities, such as telecom towers or remote research stations. - Industrial Processes:
Use the ESS to ensure consistent power supply for critical industrial processes, safeguarding against interruptions that could lead to production downtime.
Product Advantage
- Peak Demand Management:
The ESS enables effective peak demand shaving, reducing costly demand charges by releasing stored energy during peak usage periods, leading to substantial cost savings. - Cost Optimization:
By storing energy during off-peak hours and discharging it during high-cost peak hours, the ESS helps optimize energy consumption and minimizes energy expenses. - Grid Stabilization:
The ESS contributes to grid stability by providing fast-response frequency regulation and voltage support, enhancing the overall reliability of the electrical grid. - Renewable Energy Utilization:
Integrating with renewable energy sources, the ESS stores excess energy during high generation periods for use when renewable sources are less productive, ensuring continuous power availability. - Energy Independence:
In off-grid or remote settings, the ESS ensures reliable power supply, reducing reliance on external sources and enhancing energy autonomy. - Backup Power:
The ESS serves as a dependable backup power source during grid outages or emergencies, safeguarding critical operations and preventing disruptions.
- Load Flexibility:
Businesses can dynamically manage energy consumption by shifting loads and utilizing stored energy, adapting to changing energy market conditions. - Environmental Impact:
By optimizing energy usage and integrating renewables, the ESS helps reduce carbon emissions and contributes to sustainability goals. - Enhanced Resilience:
The ESS fortifies business continuity by providing uninterrupted power, mitigating risks associated with power outages and disruptions. - Customization:
The ESS’s adaptability and compatibility with different applications and setups allow for customized energy solutions tailored to specific business needs. - Demand Response Participation:
The ESS enables participation in demand response programs, providing an additional revenue stream by adjusting energy consumption in response to grid signals. - Scalability:
Businesses can expand their energy storage capacity by adding more units, accommodating future growth and changing energy demands.
Product Specification
HV DC unit specifications
|
Electrical Capacity |
1000V 160A |
Maximum Battery DC Voltage |
1000Vdc |
|---|---|---|---|
|
Maximum Current |
160A |
Communication |
CAN, RS485 optional |
|
Monitor |
External linked, for all rack battery information display |
Main switch |
Yes |
|
Working power |
230Vac |
Parallel function |
Optional, need to define before place order |
|
Weight |
30kG |
Dimensions (mm) |
Standard 19' rack mounted, 446 x 245 x 587 |
|
Accessories |
Cables and touch screen monitor |
Pack specifications
|
Capacity |
10.75kWh |
Cell Amount |
32 pcs |
|---|---|---|---|
|
Cell Connection |
2P16S |
Nominal Voltage |
51.2V |
|
Ah Value |
210Ah |
Maximum Discharge Current |
0.7C |
|
Maximum Charge Current |
0.7C |
BMS |
High voltage BMS integrated |
|
Charge Method |
CV/CC/CP |
Protections |
Yes |
|
Dimensions |
W446mm D587mm H245mm |
Weight |
85kg |
|
Model |
Customized rack 60 |
Nominal Energy |
64.5kWh |
|
Usable Energy |
61.4kWh |
Battery Pack Amount |
6 |
|
Voltage |
307.2V |
Voltage Working Range |
268.8V-345.6V |
|
Nominal Current |
147A |
Racking Parallel |
Yes (please define before placing order) |
|
HV DC unit |
Yes |
Monitor |
Yes, external linked and installed |
|
Dimensions |
Customized |
