The method of obtaining wind power indicators is as follows.
Several important points in wind farm operation indicators include annual standard operating hours of units and grid-connected electricity prices. Operating costs personnel, spare parts, consumables, etc. The above are the main data indicators, management costs. Others don’t understand what the indicator you are talking about is. Is it the operating indicator data of the unit or the operating data of the wind farm.
Basic information on wind power indicators:
Power generation equipment capacity: Power generation equipment capacity is the maximum long-term production capacity considering the structure and economic operating conditions of the equipment. Equipment capacity is determined by the design of the equipment. determined and marked on the equipment nameplate. Ending power generation equipment capacity The end of period power generation equipment capacity refers to the total capacity of the power generation units actually owned by the power plant in service on the last day of the reporting period. The electrical equipment capacity report will be issued at the end of the period.
The comprehensive possible output of power generation equipment at the end of the period is reported on the maximum production capacity that the unit can achieve on the day of the end of the period with the cooperation of the booster station and other equipment. Includes spare and equipment capacity under maintenance. Power generation refers to the electrical energy produced by the electric field (unit) during the reporting period.
The ratio of the average utilization hours of power generation equipment to the average capacity of power generation equipment during the reporting period is an indicator that reflects the time utilization level of power generation equipment.
The annual power generation capacity of 5 MW is approximately 7 million kilowatt hours. The installed capacity is 5 megawatts, or 5,000 kilowatts, and the power generation per hour is 5,000 kilowatt hours, or 5,000 kilowatt hours. Taking into account the influence of geographical location, sunlight intensity and overall weather, the annual utilization time of photovoltaics is about 1,400 hours, so when multiplied, it is 7 million kilowatt hours.