Product Description
The U1 215KWH commercial & industrial energy storage system is engineered with cutting-edge cabinet-level liquid cooling and temperature balancing strategies. The cell temperature variation is kept below 3°C, enhancing cell temperature consistency and extending battery lifespan. The modular design facilitates flexible parallel solutions, increasing energy density and significantly boosting the economy, safety, and convenience of ESS project development.
Compact Design
Minimal footprint of just 1.4m², allowing for seamless transportation and rapid installation.
High Integration
233kWh energy capacity within a single cabinet ensures enduring performance and reliability.
Efficient Cooling
Optimal in-PACK duct design achieves superior cooling efficiency, minimizing energy consumption.
Ultimate Safety
Equipped with in-PACK fire warning and protection using NOVEC1230/aerosol to prevent thermal runaway.
Frequently Asked Questions
Are you a manufacturer or a trading company?
We are a professional factory specializing in energy storage systems, with our production facility located in China.
Do you offer customized manufacturing services?
Yes, we provide comprehensive OEM and ODM services. Our experienced R&D team works closely with clients to deliver high-efficiency, tailored energy solutions.
What is the typical delivery time for the energy storage units?
For items currently in stock, the delivery time is approximately 1 month. For custom or large-scale orders, timelines may vary based on project requirements.
Can I request a sample for testing?
Yes, samples can be provided. Customers are responsible for the cost of the sample and the associated freight charges.
What are your standard payment terms?
For orders under $3000, 100% payment is required before shipment. For orders over $3000, we require a 30% deposit with the remaining 70% due before shipment, or as negotiated.
What safety features are integrated into the system?
The system includes an advanced aerosol fire suppression system combined with active warning sensors and cabinet-level liquid cooling to ensure maximum safety and prevent thermal runaway.