Beyond the industrial park, the power grid is shining brightly in more fields. It is not only an "expert" in power dispatching but also an energy powerhouse for energy conservation, cost reduction, and emission reduction in various industries. Let's see how it is applied in different scenarios.
Scenario One:
Data centers and building systems: Power backup and energy saving.
On the one hand, it provides a standby power source with instantaneous response to ensure the continuous and stable operation of equipment; on the other hand, through energy storage and renewable energy, it achieves "peak shaving and valley filling", effectively controlling electricity costs.
Scenario Two:
Mining and oil and gas fields market: Energy saving and cost reduction without compromise
By using wind and solar power storage, it provides low-cost power supply, reduces the initial power grid investment for customers, and promotes the construction of the carbon reduction goals of mines. It provides office power during non-operation periods and intelligently regulates the start and stop of the units and the charging and discharging of energy storage during operation periods, making the units operate in an economic range and reducing fuel consumption.
Scenario Three:
Transportation sector: More efficient operation and lower emissions
In the railway sector, the "diesel engine + energy storage" power supply method has achieved energy efficiency improvement in India, North America, and other places.
In the ship sector, the microgrid optimizes engine energy efficiency through the management of energy storage charging and discharging strategies during cruising and high-speed operation. It uses the energy storage system during non-operation periods, port entry and exit, berthing, leisure or fishing operations, providing office and work power, meeting port emission requirements, and being quiet and fuel-efficient.
Scenario Four:
Island application: Smart scheduling, multi-energy complementation
By predicting and managing the load curve, it achieves multi-energy optimization matching, reducing fuel consumption to a greater extent, and matching various renewable energies such as wind and solar power to further reduce customer operating costs.