i need the answer quickly Q2: a small company decide to install 6 PV penal 15.6% efficient of ( 230 watt, 12.6 V, 8.78 A) and 3battery of (150 Ah, 24 V) and solar charger controller, for a room has ( a one celling fan, TV, 2 led light of50 watt, laptop). Answer the following:1- Draw the schematic diagram of the system2- Find the total power from the Pv penal.UNIVERSITY3- Capacity of the batteries4- Find the capacity of solar charger controller and the invertorAL-MUSTATAQBALالتكييفامعةintain 3 clauftيدانية فيY COLLEGE

“Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q2: a small company decide to install 6 PV penal 15.6% efficient of ( 230 watt, 12.6 V, 8.78 A) and 3 battery of (150 Ah, 24 V) and solar charger controller, for a room has ( a one celling fan, TV, 2 led light of 50 watt, laptop). Answer the following: A 1- Draw the schematic diagram of the system UNIVERSITY 2- Find the total power from the Pv penal. 3- Capacity of the batteries MUSTAQBAL رسة معنيان لتكييف واز COLLEGE

Q2: a small company decide to install 6 PV penal 15.6% efficient of ( 230 watt, 12.6 V, 8.78 A) and 3 battery of (150 Ah, 24 V) and solar charger controller, for a room has ( a one celling fan, TV, 2 led light of 50 watt, laptop). Answer the following: A 1- Draw the schematic diagram of the system UNIVERSITY 2- Find the total power from the Pv penal. 3- Capacity of the batteries MUSTAQBAL رسة معنيان لتكييف واز COLLEGE

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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A house has the following electrical appliance usage: - One 32 Watt fluorescent lamp with electronic ballast used 6 hours per day. - One 75 Watt fan used for 3 hours per day. - One 100 Watt refrigerator that runs 24 hours per day with compressor run 12 hours and off 12 hours. - The system will be powered by 12 Vdc, 110 Wp PV module. e) What is the Total Ampere-hours required for the battery in Ah for 3-day autonomy? (Round off your answer to three decimal places. Do not put comma in numerals)
Computation: A house has the following specifications for a circuit. Determine the size of the circuit breaker, wire and size of pipe to be used for each circuit and the service entrance. Show computation and tabulate final answer,1. 15 lighting outlets2. 1 kitchen range3. 12 lighting outlets4. 1 water heater at 1500 watts5. 12 convenience outlet6. 8 convenience outlet7. 9 convenience outlet8. 12 lighting outlet9. 3 convenience outlet10. spare-1500 watts11. spare- 1500 wattsDRAW ALSO THE ILLUSTRATION.
A house has the following electrical appliance usage: - One 32 Watt fluorescent lamp with electronic ballast used 6 hours per day. - One 75 Watt fan used for 3 hours per day. - One 100 Watt refrigerator that runs 24 hours per day with compressor run 12 hours and off 12 hours. - The system will be powered by 12 Vdc, 110 Wp PV module. If the PV module selected has short circuit current rating of Isc = 7.5 A f) What is the solar charge controller current in A? Provide 30% allowance (Round off your answer to one decimal place. Do not put comma in numerals)
A house has the following specifications for a circuit. Determine the size of the circuit breaker, wire, and size of pipe to be used for each circuit and the service entrance. Show computation and tabulate final answer.1. 15 lighting outlets2. 1 kitchen range3. 12 lighting outlets4. 1 water heater at 1500 watts5. 12 convenience outlet6. 8 convenience outlet7. 9 convenience outlet8. 12 lighting outlet9. 3 convenience outlet10. spare-1500 watts11. spare- 1500 watts
A house has the following electrical appliance usage: - One 32 Watt fluorescent lamp with electronic ballast used 6 hours per day. - One 75 Watt fan used for 3 hours per day. - One 100 Watt refrigerator that runs 24 hours per day with compressor run 12 hours and off 12 hours. - The system will be powered by 12 Vdc, 110 Wp PV module. a) What is total PV panels energy needed in Wh/day? b) What is the total PV panel capacity in Wp? c) How many 100Wp PV panel modules are needed? d) What is the required minimum inverter size in W? Provide additional 30% allowance. e) What is the Total Ampere-hours required for the battery in Ah for 3-day autonomy? f) What is the solar charge controller current in A? Provide 30% allowance
Provide drawing or FBD. Determine the Equivalent resistance, Voltages per nodes (Vab, Vbc, Vbd, Vde, Vef), current passing through each resistors, and the power dissipated by each element in the circuit.
A large flat roof is covered with PV-modules. The system is expected to annually deliver 50 000 kWh/year. The annual irradiation on the horizontal roof is 850 kWh/m2, year. a) How large is the power of the system in kWp required to be? b) The available area is 450m2. Which is the minimum required efficiency of the modules?
A 30-volt source battery is connected in series with the 6-load resistors namely 1 ohm, 2 ohms, 3 ohms, R ohms, 5 ohms, and 6 ohms respectively. If the total power is 30 watts, find the value of R in resistance and its current drawn as well as the total resistance (a) provide solution (b) provide circuit diagram
A meeting hall in an organization is to be provided with a lighting installation. The hall is 30 m × 20 m × 8 m (high). The mounting height is 5 m and the required level of illumination is 144 lm/m2. Design a lighting system for the hall with the given data. Lumens/watt for 200-W lamp = 12 and Lumens/ watt for 500-W lamp = 16. Utilization coefficient = 0.6 Maintenance factor = 0.75 space/height ratio=1 Using metal filament lamps, estimate the following: Draw the spacing layout of these lamps State the reason if any of these 2 lamps cannot be arranged in the hall with the given specification. What is the significance of ‘room surface maintenance factor’ and ‘utilization factor’ in the lighting design
The rating of a plant is as below: 325 MW of wind capacity, 215 MW of solar power, 750 MWh/day of battery storage. Cost of batteries: 189 $/kWh Calculate the LCOE of the battery system if the round trip efficiency is 95% and the battery life is 12 years. A. 545.06 $/MWh B.45.42 $/MWh C.0.045 $/MWh D.0.022 $/MWh *pls show work and ensure it matches with the multiple choice options provided above*
Advanced Grounding Applications 13. Which article of the National Electrical Code provides the special requirements for electric signs and outline lighting systems regardless of the voltage? A. 250 B. 820 C. 600 D. 770. 14. The equipment grounding conductor of a PV solar system that bonds to the framework of the solar panels must be sized slightly larger than expected, since the A. panels are mounted outdoors and may be prone to corrosion over their lifespan.B. AC inverter system on a utility connected system can backfeed energy into the panels.C. panels may be contacted by metal ladders during service work or during repair of the roofing structure. D. lower output current levels may cause the overcurrent device to take longer to trip.
Compute the cost per hour at 7.50 pesos per kwh of electrifying the house. If the appliances inside the house are an electric fan with resistance of 25 ohms, television which requires 5 ampere of current to start, water dispenser with resistance of 3 ohms, all connected to 220V and on for 8 hrs.