Wind-solar complementary Grid connected system
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Core Advantages
A.High Efficiency and Utilization of New Energy Generation:
1.Our company's customized development of the electronic control system maximizes the ability to harness 80% of the energy from variable-pitch wind turbines.
2.With experience in over 70 multi-energy complementary microgrid projects, we can tailor optimized new energy ratios and system proportions to specific project needs, ensuring maximum output of new energy systems.Higher Cost-Effectiveness:
1.Energy storage systems can be used for grid peak-shaving management, significantly reducing grid electricity consumption and lowering electricity costs.
Better energy storage system configurations reduce investment costs.Higher Cost-Effectiveness:
1.Our company can customize and develop various multi-energy complementary microgrid schemes, including shared AC busbars, shared DC busbars, and hybrid AC-DC microgrids.
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Product Features
Safety
Utilizes vertical blades and a triangular double support point design, with the main force concentrated on the hub, effectively addressing issues such as blade detachment, fracture, and flying blades.
Low Noise
Safety is a prominent feature of the electric control wind turbine. The electric control technology ensures the highest speed and constant voltage with intelligent safety protection systems. Protections against over-speed, over-voltage, and over-current ensure the safe operation of the entire unit.
Wind Resistance
The horizontal rotation and triangular double support point design principles allow it to withstand low wind pressure, capable of resisting super typhoons with wind speeds of up to 35 meters per second.
Turning Radius
Due to its unique design structure and operational principles, it has a smaller turning radius compared to other forms of wind turbines, saving space and improving efficiency.
Power Curve Characteristics
With a low startup wind speed compared to other types of wind turbines, the increase in power output is more gradual. Therefore, within the wind speed range of 5 to 8 meters per second, its electricity generation is 10% to 30% higher than other types of wind turbines.
Wide Wind Speed Range
Utilizes special control principles, enabling it to operate efficiently within a wind speed range of 2.5 to 25 m/s, maximizing total electricity generation while enhancing the economic viability of wind power equipment.
Brake Device
The blades have speed protection, and both manual and electronic automatic brake configurations are available. In areas without typhoons or extremely strong gusts, only manual brakes need to be set.
Operational Maintenance
Utilizes direct-drive permanent magnet generators, eliminating the need for gearboxes and steering mechanisms. Regular inspections of operating components are required (typically annually) to ensure proper connection.
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