语言
The distributed air-cooled system is a cooling method that uses air as the cooling medium and realizes heat exchange through dispersedly arranged heat dissipation units. It is widely used in fields such as electronic equipment, communication base stations, and industrial machinery.
Efficient heat dissipation capability ensures stable operation of the system.
Modular design for easy expansion and maintenance.
Intelligent temperature control system with real-time temperature monitoring.
Low-noise operation to reduce environmental impact.
Energy-saving design to lower operating costs.
The distributed liquid cooling system is a cooling system that achieves heat dissipation through liquid convection heat transfer. It has advantages such as efficient heat dissipation and precise temperature control, and is widely used in fields such as data centers, energy storage power stations, and electric vehicles.
Efficient heat dissipation capability, with an efficiency that is more than 30% higher than that of air cooling.
Uniform heat dissipation to avoid local overheating.
Compact design, saving space.
Intelligent monitoring system for real-time adjustment of cooling intensity.
Low energy consumption operation, energy-saving and environmentally friendly.
The household energy storage system is specially designed for home energy management. It helps users store excess electricity from solar power generation systems, provides backup power during peak electricity price periods or power outages, reduces electricity costs, and improves energy self-sufficiency.
Smart & User-Friendliness: Cloud-powered intelligence with seamless mobile app control, supporting multiple operation modes like off-grid operation and grid charging.
Dynamic Capacity increase:Breaking through limit of transformer capacity, and freely matching with charging terminals.
Hligh Efficieney & Cost Reduction:An efficient energy management system to maximize the eficient use of transformer capacity during valley hours and increase revenues.
Flexible Configuration:High integration, standardization and scalability.
The energy storage and charging integrated machine energy storage system perfectly combines energy storage and charging functions, providing efficient and flexible energy solutions for electric vehicle charging stations. The system can store energy during off-peak hours of the power grid and provide charging services for electric vehicles during peak hours, effectively reducing charging costs.
Integrated design of charging and energy storage.
Supports fast charging and intelligent power distribution.
Peak shaving and valley filling to reduce electricity costs.
Supports V2G (Vehicle-to-Grid) technology.
Modular design for easy expansion.
The mobile hybrid power system integrates multiple energy forms such as lithium battery energy storage, diesel generators and solar power generation, providing reliable and clean power supply for scenarios such as field operations, emergency rescue and temporary activities.
Smart & User-Friendliness:Cloud-powered intelligence with seamless mobile app control, supporting multiple operation modes like off-grid operation and grid charging.
High Flexibility:Supporting grid, diesel generator, and AC and DC charging piles for replenishment, and being able to be xternally connected to various loads including new energy vehicles.
High Efficicncy & Cost Reduction:A generator always operates at optimal power, significantly reducing oil consumption.
High Integration:Adapting to mainstream car models, and being ready-to-use.
The container-type energy storage cabinet adopts a standard container design and integrates battery systems, temperature control systems, fire protection systems, energy management systems, etc., providing a plug-and-play solution for large-scale energy storage power stations.
Modular design with flexible capacity configuration.
Factory prefabrication for on-site rapid deployment.
Integrated intelligent temperature control and fire protection system.
Supports multiple grid access methods.
High safety standard design.
The uninterruptible power supply microgrid system provides highly reliable power protection for critical facilities. By integrating energy storage, power generation and control technologies, it realizes seamless switching and islanded operation when the power grid fails, ensuring continuous power supply to important loads.
Millisecond-level switching to ensure power supply continuity.
Supports grid-connected and off-grid operation modes.
Intelligent energy management to optimize energy usage.
Multi-level safety protection mechanism.
Supports remote monitoring and diagnosis.