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Product Overview
Consumption Reduction- Reactive Power Compensation
Reactive power economic equivalent (KQ) : The active power loss of the grid reduced by compensating 1kvar reactive power is 0.1 for 380V system; For 10kV systems, the value is 0.07.
Using high voltage SVG, the target power factor is set to 0.99, the power factor before compensation is set to 0.8, and the power saving rate is about 3.6%.
Using low-voltage SVG, the target power factor is set to 0.99, the power factor before compensation is set to 0.8, and the power saving rate is about 4.3%.
Consumption reduction- three-phase unbalance regulation
Zero sequence current loss of neutral line of transformer The fundamental wave loss is 6%, the current unbalance rate is 30% before adjustment, 5% after adjustment, and the power saving rate is about 4.1%.
Consumption Reduction- Harmonic Control
Skin effect: The higher the frequency, the more severe the skin effect.
The fundamental loss is 6%, 50% before THDI filtering, 3% after filtering, and the power saving rate is about 2.4%.
Filtering can also extend the service life of the equipment and reduce the failure rate.
Supplementary Energy– Solar，energy storage and charging
Economic Payback
Solar power generation income
Energy storage battery peak-valley electricity price income
Charging pile service income
Advertising income...
Social Payback
Response to policy
Energy saving and emissions reduction
Improving company image
Improving the efficiency of land use...
Product Overview
Consumption Reduction- Reactive Power Compensation
Reactive power economic equivalent (KQ) : The active power loss of the grid reduced by compensating 1kvar reactive power is 0.1 for 380V system; For 10kV systems, the value is 0.07.
Using high voltage SVG, the target power factor is set to 0.99, the power factor before compensation is set to 0.8, and the power saving rate is about 3.6%.
Using low-voltage SVG, the target power factor is set to 0.99, the power factor before compensation is set to 0.8, and the power saving rate is about 4.3%.
Consumption reduction- three-phase unbalance regulation
Zero sequence current loss of neutral line of transformer The fundamental wave loss is 6%, the current unbalance rate is 30% before adjustment, 5% after adjustment, and the power saving rate is about 4.1%.
Consumption Reduction- Harmonic Control
Skin effect: The higher the frequency, the more severe the skin effect.
The fundamental loss is 6%, 50% before THDI filtering, 3% after filtering, and the power saving rate is about 2.4%.
Filtering can also extend the service life of the equipment and reduce the failure rate.
Supplementary Energy– Solar，energy storage and charging
Economic Payback
Solar power generation income
Energy storage battery peak-valley electricity price income
Charging pile service income
Advertising income...
Social Payback
Response to policy
Energy saving and emissions reduction
Improving company image
Improving the efficiency of land use...