Energy Storage Systems on Power Generation Side
Energy Storage Solutions for Wind Farms
Energy storage systems significantly improve wind farm operations. They resolve wind abandonment issues and eliminate random fluctuations in wind power, substantially boosting the electricity output quality of wind farms. Moreover, they enable wind power to be dispatched as stable electricity and actively participate in peak shaving and frequency regulation. Simultaneously, energy storage systems reduce impacts on the grid and provide auxiliary services.
Combined Dispatching Solution for Thermal Power Stations
Energy storage systems enhance frequency modulation efficiency. With their rapid response, high precision, and accurate adjustment capabilities, they collaborate with thermal power stations for dispatching work. This effectively compensates for deficiencies in thermal power units regarding speed, accuracy, and direction during frequency modulation. This solution not only improves frequency modulation efficiency but also optimizes the stability of the entire power system.
Energy Storage Optimization Solutions for Photovoltaic (PV) Power Stations
Introducing energy storage systems significantly improves PV power stations. They effectively address the light abandonment problem in PV power generation, eliminate random fluctuations, and enhance electricity output quality. This enables PV power to be dispatchable and actively participate in peak shaving, frequency regulation, and other auxiliary services. Furthermore, energy storage systems reduce grid impacts and improve power prediction accuracy.
Direct Current (DC) Bus Scheme
Introducing DC bus technology further optimizes the energy storage system of PV power stations. This solution reduces system complexity, enhances reliability, and ensures efficient and stable operation of PV power stations.
Alternating Current (AC) Bus Scheme
Adopting AC bus technology also helps improve the performance of PV power station energy storage systems. This solution aims to simplify the energy storage system structure, enhance stability, and ensure continuous and efficient power generation of PV power stations.
Energy Storage Solutions on Grid and User Sides
Energy Storage Solutions on Grid Side
On the grid side, energy storage systems provide auxiliary services and enhance power market flexibility. They not only monitor minor load changes in real-time but also ensure frequency stability through rapid response to grid scheduling. Additionally, energy storage systems intelligently adjust based on dynamic grid power factors, supplementing reactive power and reducing system losses.
User-Side Solutions
Household Energy Storage Solutions
These solutions provide independent power supply and are compatible with various battery types, ensuring reliable and safe electricity usage. Household energy storage solutions combine PV and energy storage technologies, accommodating multiple battery types, including lithium-ion and lead-acid batteries, and offering flexible power storage solutions.
Household AC Coupling Solutions
This solution increases energy storage capacity without changing existing equipment. Household AC coupling system solutions allow direct installation of energy storage converters on the AC side under unchanged equipment conditions, forming an efficient PV energy storage system.
Industrial and Commercial Energy Storage Solutions
In the industrial and commercial sector, energy storage reduces operating costs, improves power supply reliability, and optimizes the power usage environment. Energy storage systems become effective tools to help enterprises reduce expenses and enhance power supply reliability.
Microgrid Solutions
Grid-Connected Microgrid Scheme
In microgrid systems, energy storage assists in coordinating the grid-connected operation of multiple energy sources. In the comprehensive utilization of wind, solar, and other energy sources, it achieves self-sufficiency and effectively reduces dependence on the large grid.
Off-Grid Microgrid Scheme
In remote areas, using PV, wind, and diesel systems ensures power supply. Independent microgrid solutions not only improve system reliability but also provide stable power for local residents.
PV Charging System Solutions
DC Bus Wiring Scheme
This scheme realizes the integration of PV charging and improves energy utilization efficiency. The DC bus wiring scheme, through DC/DC charging modules, converts DC power into a voltage range suitable for new energy vehicle charging, reducing losses from direct conversion.
AC Bus Solutions
AC bus solutions adapt to diversified demands in integrated PV charging stations and reduce power distribution capacity. They not only achieve integrated container design of PV, energy storage, and batteries but also have applications in multiple fields.
5G Communication Base Station Solutions
Base Station Energy Storage Applications
We provide power support for 5G base stations and achieve peak shaving through energy storage. In areas covered by large power grids, base station energy storage systems can serve as backup power sources and participate in peak shaving and valley filling in the power market.
