Tianjiu Industrial and Commercial Energy Storage is safe, minimalist, intelligent, and expands the power system from traditional one-way energy supply to integrated smart collaboration of source, grid, load, and storage. It enables industrial and commercial users to upgrade from passive consumers to flexible energy producers and consumers participating in the power market, accelerating carbon neutrality and energy digitization transformation.
Small capacity, large function, both energy-saving and power saving,
Intelligent warning provides peace of mind, precise temperature control extends lifespan by 12%, easy and fast installation, small footprint, cloud intelligent operation and maintenance,
AI remote monitoring and warning, ensuring the full cycle of the battery, and multi-mode switching to increase revenue.
Multi level protection: Battery management system (BMS), system level (fuse, insulation monitoring), fire protection level (aerosol/perfluorohexane)
IP54 protection: dustproof and waterproof, suitable for industrial environments
Leak detection: Real time monitoring of coolant pipelines
· Dynamic thermal equilibrium:Adjust the coolant flow rate according to the load.
·PCS efficiency:The efficiency of the bidirectional converter (Power Conversion System) is ≥ 95%.
·Waste heat utilization:Optional heat recovery system to improve overall energy efficiency.
Liquid cooled heat dissipation, high protection PACK level protection level IP67, system protection level IP55
Temperature control: PACK internal cell temperature difference ≤ 2.5 °, lifespan increased by 15%
ALL in one modular installation design, occupying only 1.3 square meters of space
Lithium iron phosphate (LFP): a mainstream choice for battery cells, with high safety and long cycle life (≥ 6000 times).
Multiple operating mode options (supporting virtual power plants, grid connected, off grid) to increase revenue
AI prediction: Charge and discharge strategy based on load prediction
Cloud platform: remote monitoring, fault diagnosis (supporting IoT protocols such as MQTT)
VPP access: supports virtual power plants to participate in demand response
· Cell temperature difference ≤ 2.5 °, lifespan extended by 15%
· Energy consumption: Cooling power consumption reduced by 30%
· Volume: Reduce volume by 25% for the same capacity
· Noise: ≤ 55dB (suitable for near-field deployment)
· Cycle efficiency: ≥ 99%
