The distribution of box-type substations should take into account local renewable energy resources

Considering local renewable energy resources in the distribution design of box-type substations is an important strategy to achieve sustainable development of the power system. With the increasing global attention to clean energy, the use of renewable energy can not only reduce carbon emissions, but also enhance the reliability and flexibility of power supply. In the layout of box-type substations, the reasonable configuration and utilization of local renewable energy resources are particularly critical.
For example, in sunny areas, box-type substations can be combined with solar photovoltaic power generation systems to achieve self-sufficiency and reduce dependence on traditional electricity. By installing solar panels on the roof or surrounding open space of the substation, it can not only improve the overall energy efficiency, but also directly provide electricity during peak load periods to reduce the pressure on the power grid.
The utilization of wind energy resources is equally important. In areas with abundant wind energy, box-type substations can be closely integrated with wind farms to optimize the distribution and transmission of electricity. Through reasonable layout, it is ensured that the substation can efficiently access nearby wind power facilities, which not only improves the utilization rate of electricity, but also enhances the flexibility of the system. In this case, the substation can also serve as a regulating node for wind power output, balancing the volatility of wind energy and ensuring a stable supply of electricity through advanced energy storage technology and intelligent dispatching systems.
In addition to solar and wind energy, biomass energy is also a renewable energy source that can be connected to box-type substations through local small-scale power generation facilities. Using biomass energy generated from local agricultural waste or organic waste can not only effectively treat waste, but also provide additional power for substations, improving the diversity of the overall energy structure.