Question

2. [40 Points] A Solar array is to be designed so that it can provide secondary power to a house and satisfy the following power requirements: • Output voltage 200V • Output current 9 A You are to build the solar system out of individual cells where each cell output a rated voltage of 1V and rated current of 100 mA. 1. How many cells in series do you require per module? 2. How many modules do you need for the PV array? 3. What is the expected rated output power of the PV system? 4. What device should be used as an adapter so that you can make use of the PV output power in the house? Can a direct connection between the PV output terminals and a house appliance be possible? 5. If the generated energy during the day happens to be more than what's needed, can you suggest a way to still take advantage of this energy and not let it go to waste?

          2. [40 Points] A Solar array is to be designed so that it can provide
secondary power to a house and satisfy the following power
requirements:
• Output voltage 200V
• Output current 9 A
You are to build the solar system out of individual cells where each
cell output a rated voltage of 1V and rated current of 100 mA.
1. How many cells in series do you require per module?
2. How many modules do you need for the PV array?
3. What is the expected rated output power of the PV system?
4. What device should be used as an adapter so that you can make use of
the PV output power in the house? Can a direct connection between
the PV output terminals and a house appliance be possible?
5. If the generated energy during the day happens to be more than what's
needed, can you suggest a way to still take advantage of this energy
and not let it go to waste?

2. [40 Points] A Solar array is to be designed so that it can provide
secondary power to a house and satisfy the following power
requirements:
• Output voltage 200V
• Output current 9 A
You are to build the solar system out of individual cells where each
cell output a rated voltage of 1V and rated current of 100 mA.
1. How many cells in series do you require per module?
2. How many modules do you need for the PV array?
3. What is the expected rated output power of the PV system?
4. What device should be used as an adapter so that you can make use of
the PV output power in the house? Can a direct connection between
the PV output terminals and a house appliance be possible?
5. If the generated energy during the day happens to be more than what's
needed, can you suggest a way to still take advantage of this energy
and not let it go to waste?

Added by Matthew P.

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