Ost of a photovoltaic system plant per peak kilowatt

Reference no: EM13652865

If a commiercial solar cell with a maximum output of 2 amps at 0.5v costs $30. what will be the cost of a Photovoltaic System plant per peak kilowatt?

Reference no: EM13652865

Questions Cloud

What is the initial angular momentum of the bullet : A block of wood 10 cm by 10 cm by 40 cm with mass 3.2 kg and uniform density stands on its end on level ground. In the following, assume that static friction with the ground is large enough that if I push on the block, it does not slide. IS the an..

Compare and contrast the man of feeling : Compare and contrast the "man of feeling" in at least two of these three novels, focusing on a significant event in each of the two (or three) stories: "A Sentimental Journey, The Vicar of Wakefield, and The Man of Feeling

Consider the arrangement of ideal massless cables : Consider the arrangement of ideal massless cables and a 450cm long 10kg horizontal iron bar, which are used to hang a bucket of water from two walls. What are the tensions in all the cables if 50kg of water is placed in the bucket?

Analyze a process that confuses or intimidates people : Analyze a process that confuses or intimidates people, particularly when other people are watching.

Ost of a photovoltaic system plant per peak kilowatt : If a commiercial solar cell with a maximum output of 2 amps at 0.5v costs $30. what will be the cost of a Photovoltaic System plant per peak kilowatt?

A right triangular plate with height : A right triangular plate with height 4 ft and a base of 6 ft is submerged vertically in water so that the top is 2 ft below the surface. Express the hydrostatic force against one side of the plate as an integral and evaluate it.

Find the velocity of the joined spacecraft : A 90-tonne (1 t = 1000kg ) spacecraft moving in the positive x-direction at 0.48 m/s docks with a 75-tonne craft moving in the negative x-direction at 0.80 m/s. Find the velocity of the joined spacecraft.

Find the magnitude of the balls momentum change : A 130g ball moving at 0.35 m/s in the positive x-direction is subject to a 0.15 N force in the negative y-direction for 2.5 seconds. Find the magnitude of the ball's momentum change. Find the ball's final speed.

Parallel to the principal axis of a parabolic surface : Prove that any ray coming in parallel to the principal axis of a parabolic surface will reflect towards the focal point of the parabola. Start with the general form of a parabola centered on y axis: y = a x^2. Give the distance of the focal point fro..

User Account

All Pages