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Resource Documents: Environment (275 items)
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Oils, Fuels, Gases and Lubricants
Author: Sunrise Wind
Table 3.3.1-2. Summary of Maximum Potential Volumes, Oils, Fuels, Gas and Lubricants for the Onshore Converter Station Onshore Converter Station Equipment/System Oil/Fuel/Gas Type Total Oil/Fuel/Gas Volume (2) High-Voltage Shunt Reactor (fixed) Mineral Oil Dielectric Fluid 26,640 gallons (gal) (100,844 liters [L]) (2) High-Voltage Shunt Reactor (variable) Mineral Oil Dielectric Fluid 37,000 gal (140,060 L) (4) 345/275-kV Grid Transformers Mineral Oil Dielectric Fluid 37,693 gal (107,014 L) Gas-Insulated Switchgear Bay Sulfur Hexafluoride (SF₆) 3,500 lbs Table 3.3.6-2. Summary of Maximum Potential . . .
More »Construction & Operations Plan: oils, fluids, and lubricants
Author: Ocean Wind
8. Waste Management and Chemicals 8.1. Chemicals Table 8.1-1. Summary of maximum potential volumes oils, fuels, and lubricants per wind turbine generator. System/Component Oil/Fuel Type Oil/Fuel Volume Bearings and Yaw Pinions Grease* 187 gallons Hydraulic Pumping Unit, Hydraulic Pitch Actuators, Hydraulic Pitch Accumulators Hydraulic Oil 40 gallons Drive Train Gearbox (if applicable), Yaw Drives Gearbox Gear Oil 106 gallons Transformer Dielectric Fluid 1,585 gallons Emergency Generator Diesel Fuel 793 gallons Switchgear Sulfur Hexafluoride (SF₆) 243 lbs Transformer and Converter Cooling . . .
More »New York State Great Lakes Wind Energy Feasibility Study
Author: New York State Energy Research and Development Authority
[from Summary:] Based on the totality of this analysis, this concludes that Great Lakes Wind currently does not offer a unique, critical, or cost-effective contribution toward the achievement of New York State’s Climate Act goals beyond what existing, more cost-competitive programs are currently expected to deliver. This conclusion is based on a fulsome analysis of the resource development costs, ratepayer impacts, expected State benefits, transmission and interconnection limitations, infrastructure and supply chain constraints, visual impacts, and potential environmental impacts of . . .
More »Windparken mengen zich in het weer [Wind facilities interfere with the weather]
Author: Koninklijk Nederlands Meteorologisch Instituut
Uit een recente studie met het KNMI weermodel blijkt dat windparken het weer beïnvloeden. De wind in de buurt van windparken neemt gemiddeld af en ook de temperatuur en luchtvochtigheid veranderen. Het is niet zo dat windenergie klimaatverandering veroorzaakt want het effect van windparken op het weer is plaatselijk. Toch is het effect in bepaalde weersituaties op grote afstand van het windpark nog merkbaar. Windparken zijn atmosfeer-mixers Draaiende rotorbladen van een windturbine zetten bewegingsenergie van de wind om in elektriciteit. . . .
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