A 1C discharge lithium battery cluster helps your energy storage system deliver stored power at a practical speed. In addition to the capacity of a battery for commercial buildings, factories, solar-plus-storage-systems...
Curtailment is one of the most costly concealed losses of large solar power plants. Even with optimal weather conditions, highly efficient modules and a fully connected grid, part of the generated electricity...
Energy storage investment becomes risky when a project is locked into one fixed capacity too early. Your factory may add production lines, your solar plant may need longer discharge hours, or your commercial...
Even better than other energy storage solutions, battery energy storage projects are rarely the same size from the beginning to the end of their life. A factory may add new production lines, a logistics...
Peak shaving has become a very practical way to control the costs of utility-scale solar, wind and hybrid power projects. When demand peaks, the grid often needs more capacity, back-up power or expensive...
The cost of the battery is not equal to the price you pay for it at purchase time. For industrial and utility energy storage systems the actual cost of the battery over its lifetime is defined by the number...
Peak shaving and self-consumption are two concepts that sound simple enough. Charge up when electricity is cheap, or when your solar system is generating power, and then discharge when the power market...
Large solar power plants no longer depend only on module output and inverter capacity. For many EPC buyers, the harder question is how to keep renewable power stable, useful, and financially practical...
A factory electricity bill is usually dominated by a few very short peaks, for example: a motor start, a line start up, a compressor start, a HVAC peak. In these situations even a slightly excessive maximum...
