As we know, Santa's gift factory requires a lot of energy. And what if it would be powered by solar panels? How much energy could Santa Claus produce in his house at the North Pole, where the sun doesn't set for half a year?
Project and report made by EasySolar Premium app.
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Diamond Application Development Crafting Solutions with Precision
Project of a solar system on the roof of the house of Santa Claus
1. SOLAR
SYSTEM
CUSTOMER
PROPOSAL
PREPARED FOR: Santa Claus Office
PROJECT LOCATION: Joulumaantie 1, 96930 Rovaniemi, Finland
Designed using EasySolar Profesional APP, +15102507901
http://web.easysolar-app.com
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2. PROPOSED
PV SYSTEM
YOUR CURRENT ELECTRICITY BILL
13200.00 usd/year
1100.00 usd/mth
Price of 1kWh of electricity = 0.30 usd
RECOMMENDED SIZE OF PV SYSTEM
9.62 kWp
Occupied
area 61m²
Annual production 8410 kWh
Annual consumption 44000 kWh
ENERGY BALANCE
8410 kWh 0 kWh 35590 kWh
Designed using EasySolar Profesional APP, +15102507901, http://web.easysolar-app.com
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Predicted annual increase of energy
price = 3.0%
Predicted price of 1kWh of energy in
20 years = 0.53 usd
Your current CO² emission =
48092 kg/year
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4. CUSTOMER
PROPOSAL
ESTIMATE
PANELS
Name Amount Unit Unit net price Tax% Net price Total price
Jinko Solar Co., Ltd., JKM260PP-60 (Eagle I) 37 pcs 250.00 11 250.00 10267.50
INVERTERS
Name Amount Unit Unit net price Tax% Net price Total price
ABB OY Drives, PVS300-TL-8000W-2 1 szt. 2300.00 11 2300.00 2553.00
OTHERS
Name Amount Unit Unit net price Tax% Net price Total price
Assembly 1.000 pcs. 2000.00 11 2000.00 2220.00
Net sum 13550.00 usd
Tax sum 1490.50 usd
Gross sum 15040.50 usd
Total price 15040.50 usd
Designed using EasySolar Profesional APP, +15102507901, http://web.easysolar-app.com
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