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What else can I help you with?
what is the range on the Powerful Wi-Fi 500mW Outdoor Access Point?
Most wireless routers have a range of roughly 75 feet.
Will I need a router with the Powerful Wi-Fi 500mW Outdoor Access Point / Router / Bridge 2.4 GHz?
Outdoor routers won't need a second router to properly function.
Isw the Powerful Wi-Fi 500mW Outdoor Access Point humidity safe?
It depends on what level of humidity you're expecting. Most are good up until around 80%, which would be considered extreme.
How hot is a 500mw laser?
well first you go into the castle and find a prinsess
What is the difference between 500MW and 600MW power station?
The ans is with respect to Thermal Power plants: the basic difference between a 500MW plant and 600MW palnt is in the turbine design. the 600MM turbine has 1 HPT, 1IPT and 2 LPTs, 2 Condensors and a generator. the 500MW turnbine has 1 HPT, 1IPT and 1 LPT, 1 condensor and a generator. HPT: high pressure turbine IPT: intermediate pressure turbine LPT: low pressure turbine
What is the Hight of stack of 500mw power plant?
The height of a stack in a 500 MW power plant can vary depending on the design and technology used. On average, the stack height for a power plant of this size could range from 50 to 150 meters. Regulations and environmental factors also influence the final height of the stack.
What is difference between 500MW boiler 660MW boiler?
500 MW Boiler is sub-critical Boiler which generates steam at pressure lower than the critical pressure ie below 221.2 kg/sqcm. where as the 660 MW boiler is super critical boiler which operates steam pressure above critical pressure.
How do you find the current rating of a zener diode if the power rating is 500mw and a voltage rating of 10v?
A zener diode with a rating of 500 mW will pass 50 mA at 10 V. (Power = voltage times current)Note: The question appears mis stated, in that it states a rating of 500 MW, not 500 mW. To my knowledge, there is no zener with a rating of 500 MW.
How much does a wind farm cost to build?
Considering the fact that a 500MW coal-fired plant can cost upwards of $1 billion just for land acquisition and construction (not considering operational and maintenance costs or fuel costs), a wind farm with equivalent energy output, zero emissions and no-cost fuel (wind) comes in at about $600 million.'Equivalent energy output' is incorrect. The original author is confusing 'installed capacity' - the power it could generate under ideal conditions - with output. This is a very important distinction.For example, if you have 500MW of coal capacity and 500 MW of wind capacity, as long as you have optimal fuel for each system, they will output the same amount. In the case of coal, the operator can control the fuel supply (mostly) and run at any percentage of peak capacity for as long as is desired, up to 100% of the time. For wind, the operator is at the mercy of how much and how fast the wind blows and can only operate at peak capacity when conditions are perfect, which is less than 15% of the time. The concept is called 'capacity factor'.
How can calculate HT cable size for 500mva transformer rating and voltage 11kv?
500Mw at 11kv works out to 45000 aa bit big for any wire manufactured on this planetsuggest you go to a more practical voltage like 132,000VAnswerSince we are inevitably talking about a three-phase transformer, the line current is determined fromIL= rated apparent power / (1.732 x UL) = (500 x 106) / 1.732 x 11 x 103)...which works out at 26 244 A which, as the original answer suggests, is not a practical value for this combination.
How do you open a laser pointer?
with... axe hacksaw pick axe dynamite chisel hands screwdriver grinder bandsaw scroll saw katana rocket launcher SMG or AK-47 BFG tantrum your mom nuke blackhole any sharp objects table saw sonic power (loud speakers) shampoo hammer feet wedge Tunnel Boring Machine TBM acid scissors nail clippers branch porcupine bigger chisel Usb R2D2 scalpel tweezers ketchup lightsaber 500mw laser pointer grenade spoon Everything here worked for me except: lightsaber, tweezers, porcupine, branch, spoon, nail clippers, my loud headphones, mah mom, shampoo, scissors, and that rip off of R2D2.
Give you the different power plants in the Philippines?
The $500 million San Lorenzo CCGT facility is now generating 500MW electrical power. It is located in Batangas City, along the Batangas Bay, around 100km from the Philippine capital Manila. The plant is adjacent to the Santa Rita Project. This strategic location allows it to share common facilities such as the tank farm and fuel jetty, thereby eliminating the need to duplicate various operational facilities. The power station uses a Siemens GUD.1S.3A model gas turbine, a steam turbine and a horizontal heat recovery boiler (HRSG) in each power generation unit. Two power generation units have a single-shaft configuration. The project's cost is estimated to be $500 million inclusive of capital costs, working capital requirements, related pipeline financing, insurance and development costs. The finance was based on 75% debt and 25% equity structure. Cost reductions via pooling of operations, maintenance and other expenses are also achieved. The plant opened in Q4 2002. In December 2003, the owners of the Santa Rita and San Lorenzo power stations and Meralco concluded a review of the Power Purchase Agreement (PPA) as mandated by the Electric Power Industry Reform Act. The owners and Meralco have cooperatively reviewed the PPA and incorporated a number of incentives intended to encourage increased plant utilisation and subsequent efficiency gains. The $500 million San Lorenzo CCGT facility is now generating 500MW electrical power. It is located in Batangas City, along the Batangas Bay, around 100km from the Philippine capital Manila. The plant is adjacent to the Santa Rita Project. This strategic location allows it to share common facilities such as the tank farm and fuel jetty, thereby eliminating the need to duplicate various operational facilities. The power station uses a Siemens GUD.1S.3A model gas turbine, a steam turbine and a horizontal heat recovery boiler (HRSG) in each power generation unit. Two power generation units have a single-shaft configuration. The project's cost is estimated to be $500 million inclusive of capital costs, working capital requirements, related pipeline financing, insurance and development costs. The finance was based on 75% debt and 25% equity structure. Cost reductions via pooling of operations, maintenance and other expenses are also achieved. The plant opened in Q4 2002. In December 2003, the owners of the Santa Rita and San Lorenzo power stations and Meralco concluded a review of the Power Purchase Agreement (PPA) as mandated by the Electric Power Industry Reform Act. The owners and Meralco have cooperatively reviewed the PPA and incorporated a number of incentives intended to encourage increased plant utilisation and subsequent efficiency gains.
