As industrial enterprises continue to grow, existing power transmission and distribution infrastructure and installed capacity may fail to meet expanding production demands, placing industrial parks under significant pressure to invest in expansion. If a company experiences grid overloads only during specific time periods, it faces a dilemma: invest in upgrading the basic distribution infrastructure or reduce production. At the same time, to alleviate grid load, many regions have implemented time-of-use pricing mechanisms. If peak-rate periods overlap with a company’s production hours, the company will be forced to pay exorbitant electricity bills, further increasing operating costs.
The industrial park microgrid system operates in a grid-connected mode. When grid demand is low, the public grid charges the energy storage system; when grid demand is high, the system supplies power to certain loads within the park, effectively alleviating grid pressure and reducing investment costs associated with expanding base capacity and infrastructure.
As production scales change, energy storage capacity can be flexibly adjusted to accommodate varying demands.
The system can be configured to charge energy storage batteries via the grid during off-peak hours and release stored energy to power loads during peak hours, thereby helping enterprises reduce electricity costs and generate economic benefits.
Additionally, the system supports the integration of solar and wind power, promoting green production and contributing to energy conservation and emissions reduction.
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