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Product Overview
Integrating solar power generation, energy storage, and charging stations into a unified energy management system. This will effectively utilize sustainable energy, reduce carbon emissions, and significantly lower energy costs for corporate users, thereby promoting the sustainable development of green energy.
By using various green energy technologies and products, we provide customers with complete, modular, and customizable rapid delivery solutions.
Through standardized design, factory prefabrication, and customized subsystems, combined with Sanhe Power's own power quality and related technologies and products, we provide customers with faster, smarter, and more reliable integrated products.
From needs to technology to products, built through mathematical programming algorithms, power quality management, standardized system design, and the integration of multiple disciplines to create a unique integrated solar, energy storage, and charging platform.
SANHE integrated solution achieves green charging, solar and energy storage cultivation poles, cost reduction, and profit increase through the coordinated green charging mode of new energy, energy storage, and intelligent charging. This promotes the green and high-quality development of cities.
The integrated solar-storage-charging solution adopts a DC bus power supply architecture, where the DC bus primarily provides charging energy for charging stations, reducing energy conversion processes and improving system efficiency.
The DC bus energy can be sourced from the grid, solar power generation systems, and storage systems, with energy conversion performed by AC/DC bi-directional converters, DC/DC converters, and DC/DC bi-directional converters, respectively.
The charging, storage, and solar power generation share a common DC bus. The electricity generated by solar is directly used for storage and electric vehicle charging, while the electricity released by the storage system is directly used for electric vehicle charging.
The container energy storage machine adopts modular and standardized design, with peak cutting and valley filling, consumption of photovoltaic power generation, off-grid backup and other functions, and the product perfectly matches the industrial and commercial scene storage needs.
The complete temperature control system and ventilation system ensures good heat dissipation and temperature control, and the battery is always working at the best temperature.
Complete energy storage battery unit fire protection device to ensure the system high safety index.
Visual monitoring and door lock abnormal alarm device, better ensure customer property safety.
IP55 protection grade design, waterproof and dustproof, improve equipment reliability, reduce maintenance workload
Battery group (lithium iron phosphate battery group/sodium sulfur battery group)
Battery management system (BMS)
Energy storage bi-directional converter (PCS)
Energy management system (EMS)
Fire extinguishing system (7 fluoropropane/perfluorocarbon)
Temperature control system
Emergency lighting system
On-Grid Inverter
The series on-grid inverter uses advanced power electronics technology and control algorithm to provide efficient energy conversion and maximize the output power of solar power generation system
Product Overview
Integrating solar power generation, energy storage, and charging stations into a unified energy management system. This will effectively utilize sustainable energy, reduce carbon emissions, and significantly lower energy costs for corporate users, thereby promoting the sustainable development of green energy.
By using various green energy technologies and products, we provide customers with complete, modular, and customizable rapid delivery solutions.
Through standardized design, factory prefabrication, and customized subsystems, combined with Sanhe Power's own power quality and related technologies and products, we provide customers with faster, smarter, and more reliable integrated products.
From needs to technology to products, built through mathematical programming algorithms, power quality management, standardized system design, and the integration of multiple disciplines to create a unique integrated solar, energy storage, and charging platform.
SANHE integrated solution achieves green charging, solar and energy storage cultivation poles, cost reduction, and profit increase through the coordinated green charging mode of new energy, energy storage, and intelligent charging. This promotes the green and high-quality development of cities.
The integrated solar-storage-charging solution adopts a DC bus power supply architecture, where the DC bus primarily provides charging energy for charging stations, reducing energy conversion processes and improving system efficiency.
The DC bus energy can be sourced from the grid, solar power generation systems, and storage systems, with energy conversion performed by AC/DC bi-directional converters, DC/DC converters, and DC/DC bi-directional converters, respectively.
The charging, storage, and solar power generation share a common DC bus. The electricity generated by solar is directly used for storage and electric vehicle charging, while the electricity released by the storage system is directly used for electric vehicle charging.
The container energy storage machine adopts modular and standardized design, with peak cutting and valley filling, consumption of photovoltaic power generation, off-grid backup and other functions, and the product perfectly matches the industrial and commercial scene storage needs.
The complete temperature control system and ventilation system ensures good heat dissipation and temperature control, and the battery is always working at the best temperature.
Complete energy storage battery unit fire protection device to ensure the system high safety index.
Visual monitoring and door lock abnormal alarm device, better ensure customer property safety.
IP55 protection grade design, waterproof and dustproof, improve equipment reliability, reduce maintenance workload
Battery group (lithium iron phosphate battery group/sodium sulfur battery group)
Battery management system (BMS)
Energy storage bi-directional converter (PCS)
Energy management system (EMS)
Fire extinguishing system (7 fluoropropane/perfluorocarbon)
Temperature control system
Emergency lighting system
On-Grid Inverter
The series on-grid inverter uses advanced power electronics technology and control algorithm to provide efficient energy conversion and maximize the output power of solar power generation system