您现在所在位置：首页 > Solution > Island Energy Storage Solution >
Geographical Location & Environmental Factors class="date">2024-08-22Isolated islands face several power supply challenges, including insufficient and unstable grid coverage, which often necessitates reliance on diesel generators. However, the ... 
Electricity Fluctuations class="date">2024-08-22In the event of a power outage or off-grid situation, the solar photovoltaic system operates alongside a diesel generator. The diesel generator must remain online and its... 
Photovoltaic System class="date">2024-08-22In islands or remote areas with insufficient and unstable grid coverage, solar photovoltaic systems are a cost-effective and practical power solution. However, they generally need to be paired with energy storage and backup power systems to ensure reliable electricity supply. 
Diesel Generator Integration class="date">2024-08-22Implement two integration options for the diesel generator. Option 1 involves providing a dedicated interface for the diesel generator. Option 2 involves installing an ATS ... 
PV System Power Configuration class="date">2024-09-04Selection: 1 MW Solar Inverter Configuration
Rationale: The maximum configuration of a 1 MW solar inverter, using an AC-coupling solution, is based on the island s sunli... 
Comprehensive Strategy class="date">2024-08-22The system features intelligent scheduling to optimize the coordination between solar and energy storage, maximizing economic benefits. It adheres strictly to local fire and... 
PCS Power Configuration class="date">2024-08-22Selection: 1 MW PCS Power Configuration
Rationale: The PCS (bidirectional converter) is configured with a 1 MW integrated cabinet, designed to enable seamless grid and off-... 
Project Summary class="date">2024-08-22This project improves power stability and reliability by combining solar and diesel energy sources. It reduces downtime with automatic voltage regulation and diesel backup, ...
Isolated islands face several power supply challenges, including insufficient and unstable grid coverage, which ofte...
In the event of a power outage or off-grid situation, the solar photovoltaic system operates alongside a diesel ...
In islands or remote areas with insufficient and unstable grid coverage, solar photovoltaic systems are a cost-eff...
Implement two integration options for the diesel generator. Option 1 involves providing a dedicated interface for ...
The advanced Battery Management System (BMS) monitors voltage, current, and temperature to ensure optimal performanc...
Selection: 1 MW Solar Inverter Configuration Rationale: The maximum configuration of a 1 MW solar inverter, using...
The system features intelligent scheduling to optimize the coordination between solar and energy storage, maximizing...
Selection: 1 MW PCS Power Configuration Rationale: The PCS (bidirectional converter) is configured with a 1 MW in...
A high-efficiency cooling system with optimized airflow maintains safe battery temperatures in extreme heat, while smoke detectors and heptafluoropropane fire suppression ensure comprehensive safety.
This project improves power stability and reliability by combining solar and diesel energy sources. It reduces dow...
Selection: 1.93 MWh Battery Capacity Rationale: A 1.9MWh battery capacity is selected based on the island s dai...
The system enables seamless integration with photovoltaic panels and diesel generators, supporting versatile energy switching for enhanced stability and reliability in power supply.
Battery Storage SystemCell TypeSystem Battery ConfigurationRated Battery Capacity(kWh)Battery Voltage Range(V)BMS Commun...
The combination of photovoltaic and energy storage reduces operational costs and carbon footprint, aligning with green energy trends.
The 1MW PCS, photovoltaic inverter, and STS module provide versatile functions such as charging, discharging, and ...
The 500kW photovoltaic system paired with 1.9MWh storage is designed based on the store s actual energy needs and local sunlight conditions, avoiding unnecessary costs from over configuration.
4MWh*$1.1 kWh
$4,400*30
$4,400*365
$1,606,000*10