PART II TRUE/FASE DIRECTIONS: Read each do not check the box PV array maximum collection potentia...
PART II TRUE/FASE DIRECTIONS: Read each do not check the box PV array maximum collection potential. batteries to store surplus power for use at night or when periods of cloudy wea are especially appropriate for remote areas, such as national parks, cabins, and remote homes dan statement below Check thebox next to the statement if it is TRUE. If any part of the tem 1.Photovo(v) celis 2.In most locations in the U.S., a true north-facing orientation of a PV solar 3.Gnid-connected (nel-metered) PV systems interface with the utility gnd. They rely upon a No.1 True-TState ment are grouped together in a PV module, and PV modules are combined in a offers the Stand-alone, off gnd PV systems produce power without being connected to the utlity grid. They stance away from a utility connection. aner ank ina P ar wend enecgy system should be located in a wei-ventlated storage 5 Atery bank in a PV or wind energy system should be located in a weil-ventilated storage room. ize of a P system needed to meet a desired electrical demand depends upon quantity of 6. solar radiation received at the site and the efficiency of the PV system. 7.PV systems produce Dc power, whil wind turbines produce AC power Wind speeds are influenced by the roughness of the surrounding ground surface (i.e., open lake s, forest), the local topography (i.e, hills, valleys), and nearby physical obstacles (e.g. showing wind strength and frequency by direction over a period of time. Themaximumtheoreticalaerodynamicefficiencyofawindturbinerotoris59 %, which means 9.A polar wind chart is a graph that illustrates the distribution of winds at a specific location 10. the actual efficiency of a wind turbine is significantly less A wind turbine's cut-in speed is the wind velocity at which a rotating turbine starts generating electricity energy when compared to a site with an annual average wind speed of 7 mph velocity is encountered, at which point a feathering. furling or brake mechanism reduces turbine n annual average wind speed of 14 mph is capable of producing exactly twice th 13.Power generated by a wind turbine increases as wind velocity increases until a very high wind 14, DİA10 kw wind turbine produces10kwofpower ata Tind speeds. 15.3A wind turbine should be located well above any physical wind barriers nearby (e.g., tree 16. A freestanding tower supporting a residential-size wind turbine is preferred because it is buildings, bridges, towers, or hills) to avoid air turbulence supported by a stable foundation and stands in place without the use of guy wires, which makes it easier to perform regular maintenance on the wind turbine (e.g.change oil) mounted the tower 17.An increase in wind turbine tower height generally resulits in an increase in wind 18Hdropower systems extract energy from fowing or failing water to produce mechanical energy 19. Rainwater harvesting systems are made of a catchment area, conveyance devices (e.a, autt 20. | | Rainwater captured in most rainwater harvesting systems is always potable i e mmediately and power generated. co (motion), which can then be converted to electricity conductors, and downspouts), filters, storage tanks, and distribution systems combined to collect storm water runoff and detain or retain it for later use good for drinking).
PART II TRUE/FASE DIRECTIONS: Read each do not check the box PV array maximum collection potential. batteries to store surplus power for use at night or when periods of cloudy wea are especially appropriate for remote areas, such as national parks, cabins, and remote homes dan statement below Check thebox next to the statement if it is TRUE. If any part of the tem 1.Photovo(v) celis 2.In most locations in the U.S., a true north-facing orientation of a PV solar 3.Gnid-connected (nel-metered) PV systems interface with the utility gnd. They rely upon a No.1 True-TState ment are grouped together in a PV module, and PV modules are combined in a offers the Stand-alone, off gnd PV systems produce power without being connected to the utlity grid. They stance away from a utility connection. aner ank ina P ar wend enecgy system should be located in a wei-ventlated storage 5 Atery bank in a PV or wind energy system should be located in a weil-ventilated storage room. ize of a P system needed to meet a desired electrical demand depends upon quantity of 6. solar radiation received at the site and the efficiency of the PV system. 7.PV systems produce Dc power, whil wind turbines produce AC power Wind speeds are influenced by the roughness of the surrounding ground surface (i.e., open lake s, forest), the local topography (i.e, hills, valleys), and nearby physical obstacles (e.g. showing wind strength and frequency by direction over a period of time. Themaximumtheoreticalaerodynamicefficiencyofawindturbinerotoris59 %, which means 9.A polar wind chart is a graph that illustrates the distribution of winds at a specific location 10. the actual efficiency of a wind turbine is significantly less A wind turbine's cut-in speed is the wind velocity at which a rotating turbine starts generating electricity energy when compared to a site with an annual average wind speed of 7 mph velocity is encountered, at which point a feathering. furling or brake mechanism reduces turbine n annual average wind speed of 14 mph is capable of producing exactly twice th 13.Power generated by a wind turbine increases as wind velocity increases until a very high wind 14, DİA10 kw wind turbine produces10kwofpower ata Tind speeds. 15.3A wind turbine should be located well above any physical wind barriers nearby (e.g., tree 16. A freestanding tower supporting a residential-size wind turbine is preferred because it is buildings, bridges, towers, or hills) to avoid air turbulence supported by a stable foundation and stands in place without the use of guy wires, which makes it easier to perform regular maintenance on the wind turbine (e.g.change oil) mounted the tower 17.An increase in wind turbine tower height generally resulits in an increase in wind 18Hdropower systems extract energy from fowing or failing water to produce mechanical energy 19. Rainwater harvesting systems are made of a catchment area, conveyance devices (e.a, autt 20. | | Rainwater captured in most rainwater harvesting systems is always potable i e mmediately and power generated. co (motion), which can then be converted to electricity conductors, and downspouts), filters, storage tanks, and distribution systems combined to collect storm water runoff and detain or retain it for later use good for drinking).
