Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see the 3.85 MWh Utility Scale Battery Energy Storage System Container (BESS) in action, demonstrating its deployment for commercial applications like PV and wind power integration. We'll walk through its cost-efficient design, global compliance certifications, and real-world project integration, offering insights into how it stabilizes grids and optimizes energy use for businesses.
Related Product Features:
The 3.85 MWh BESS container is designed for utility-scale energy storage with applications in PV power, wind power, power grid side, and industrial and commercial settings.
It offers cost efficiency through lower transportation costs, reduced infrastructure needs, and optimized land use due to its standard weight and efficient footprint.
Ease of deployment is enhanced by simplified logistics compliant with standard transport regulations and a modular design for flexible installation.
Global compliance and safety are ensured with certifications including IEC 62619, UL 9540, CE Marking, and other international standards.
Ideal for small to medium-scale projects under 200 MWh, it provides an optimal balance of cost and performance for renewable energy integration.
The system features a liquid cooling type, IP55 protection, and noise levels below 75 dB, ensuring reliable and quiet operation.
It includes comprehensive communication interfaces like LAN, CAN, and RS485 with Modbus TCP protocol for seamless data transmission.
Composed of battery clusters, high-voltage box, combiner cabinet, thermal management, and fire protection systems for safe, stable long-term operation.
FAQs:
What are the primary application scenarios for the 3.85 MWh BESS container?
The 3.85 MWh BESS container is ideal for PV power, wind power, power grid side stabilization, and industrial and commercial applications, providing grid support and energy storage for renewable integration.
How does the 3.85 MWh BESS container ensure cost efficiency and ease of deployment?
It reduces transportation costs by complying with standard weight limits, lowers infrastructure expenses with lighter load requirements, and features a modular design for flexible, simplified installation into existing systems.
What certifications and safety standards does this energy storage system meet?
The system is fully certified to international standards including IEC 62619, UL 9540, CE Marking, UN 38.3, TÜV, DNV, NFPA69, and FCC Part 15B, ensuring proven reliability and safety for global use.
Can the 3.85 MWh BESS be customized for specific project needs?
Yes, as origin manufacturers, we offer OEM and ODM services to provide tailored solutions addressing unique specifications, economic viability, safety, and stability for business energy strategies.