The container energy storage system includes: energystorage battery system, PCS booster system, fire fighting system,monitoring system, etc. It is widely used in scenarios such aspower security, back-up power, peak shaving and valley filling,new energy consumption and grid load smoothing, etc.
* Flexible configuration of battery system types and capacitiesaccording to customer requirements
* The PCS has a modular architecture, simple maintenance andflexible confiquration, allowing for multiple parallel machines Support parallel and off-grid operation mode, seamless switching.
* Black start support
* EMS unattended system, locally controlled, cloud-monitored operation, with highly customized features
* Various modes including peak and valley reduction, demand response, backflow prevention, back-up power,command response,etc.
* Complete gas fire extinguishing system and automatic fire monitoring and alarm system with audible and visualalarm and fault uploading
* Complete thermal and temperature control system to ensure that the battery compartment temperature is withinthe optimum operating range
* Access control system with remote control and local operation.
1. Simplify the cost of infrastructure construction, no need to build a special computer room, only need to provide appropriate site and access conditions.
2. The construction period is short, the equipment inside the container has been pre-assembled and debugged, and only simple installation and networking are required on site.
3. The degree of modularization is high, and the energy storage capacity and power can be flexibly configured and expanded according to different application scenarios and requirements.
4. It is convenient for transportation and installation. It adopts an international standardized container size, allows ocean and road transportation, and can be hoisted by overhead cranes. It has strong mobility and is not restricted by regions.
5. Strong environmental adaptability. The interior of the container is protected from rain, fog, dust, wind and sand, lightning, and theft. It is also equipped with auxiliary systems such as temperature control, fire protection, and monitoring to ensure the safe and efficient operation of energy storage equipment.
Model | 20ft | 40ft |
Output volt | 400V/480V | |
Grid frequency | 50/60Hz(+2.5Hz) | |
Output power | 50-300kW | 200- 600kWh |
Bat capacity | 200- 600kWh | 600-2MWh |
Bat type | LiFePO4 | |
Size | Inside size (LW*H):5.898*2.352*2.385
Outside size (LW+*H):6.058*2.438*2.591 |
Inside size (L'W*H):12.032*2.352*2.385
Outside size (LW*H):12.192*2.438*2.591 |
Protection level | IP54 | |
Humidity | 0-95% | |
Altitude | 3000m | |
Working temperature | -20~50℃ | |
Bat volt range | 500-850V | |
Max DC current | 500A | 1000A |
Connect method | 3P4W | |
Power factor | 3P4W | |
Communication | -1~1 | |
method | RS485, CAN, Ethernet | |
Isolation method | Low frequency isolation with transformer |
A: We have a high-quality, high-level, high-standard R&D team with more than 15 years of experience in technology R&D and manufacturing in the new energy power electronics industry.
A: The product and system have a number of core invention patents, and have passed a number of product certifications including CGC, CE, TUV, and SAA.
A: Adhere to the customer-centric approach, and provide customers with competitive, safe and reliable products, solutions and services with high-quality services and professional technology.
A: Provide technical consulting services for users free of charge.