How much does a photovoltaic system cost?
The price of a photovoltaic system is affected by several parameters such as: type of roof, choice of material, height of the property, location, etc. Here you can get a quick estimate of cost, annual production, future electricity price, yield and CO2 savings. If you want a more accurate cost for your particular property, call +46 10-30 30 100 and talk to one of our project developers in your region.
Set the approximate size of the roof
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20 000 kWh/year
Annual electricity production – Calculated on the basis of a good southern exposure. Angle to the south, roof pitch and shadows affect production.
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21 kW
Installed power – Calculated on 425W monocrystalline solar panels on a pitched metal roof.
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220 000 kr
Investment cost – Depending on the technology choices made and the complexity of the installation, the price can vary.
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34 öre/kWh
Electricity price – This is how much you pay per kWh if you divide the investment cost by the expected production over 35 years.
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53 760 kg/year
This is how many kilograms of CO2 emissions your PV installation reduces annually, based on residual mix (Nordic electricity mix).
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6-9 %
Annual return, the higher the share of solar energy consumed in the building, the better the profitability.
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40 000 kWh
Given a good southern exposure (angle to the south, roof pitch and shadows affect production).
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42 kW
Calculated on 425W monocrystalline solar panels on a pitched metal roof.
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400 000 kr
Estimated average price per installed kW (technology choice, installation solution, location and complexity may affect the price). For the exact price, contact our project developers!
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28 öre/kWh
Electricity price based on investment cost over 35 years
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500 000 -CO2
Reduced CO2 emissions over the lifetime of the plant
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8-11 %
Higher self-consumption results in better returns.
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100 000 kWh
Givet bra söderläge (vinkel mot söder, taklutning och skuggor påverkar produktionen).
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105 kW
Beräknat på monokristallina solpaneler á 425W på lutande plåttak.
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900 000 kr
Beräknat snittpris per installerad kW (teknikval, montagelösning, läge och komplexitet kan påverka priset). För exakt pris, kontakta våra projektutvecklare!
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25 öre/kWh SEK
Elpriset utslaget på investeringskostnaden över 35 år
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1 250 000 -CO2
Minskade CO2-utsläpp över anläggningens livstid
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9-12 %
En högre egenförbrukning ger bättre avkastning.
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200 000 kWh
Given a good southern exposure (angle to the south, roof pitch and shadows affect production).
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210 kW
Calculated on 425W monocrystalline solar panels on a pitched metal roof.
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1 800 000 kr
Estimated average price per installed kW (technology choice, installation solution, location and complexity may affect the price). For the exact price, contact our project developers!
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24 öre/kWh
Electricity price based on investment cost over 35 years
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2 500 000 -CO2
Reduced CO2 emissions over the lifetime of the plant
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10-13 %
Higher self-consumption results in better returns.
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268 000 kWh/år
Årlig elproduktion – Beräknat utifrån ett bra söderläge. Vinkel mot söder, taklutning och skuggor påverkar produktionen.
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310 kW
Installerad effekt – Beräknat på 575 st upplutade solpaneler á 540 Watt som i det här fallet monteras på platt tak.
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2 500 000 kr
Investeringskostnad – Beroende på vilka teknikval som görs och hur komplicerad installationen är kan priset variera.
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26 öre/kWh
Elpris – Så här mycket betalar du per kWh om man delar investeringskostnaden med den förväntade produktionen över 35 år.
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99 700 kg/år
Så här många kilo CO2-utsläpp minskar din solcellsanläggning årligen, räknat på residualmix (nordisk elmix).
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10-14 %
Årlig avkastning, ju högre andel av solenergin som förbrukas i fastigheten ger en bättre lönsamhet.
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730 000 kWh/year
Annual electricity production – Calculated on the basis of a good southern exposure. Angle to the south, roof pitch and shadows affect production.
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846 kW
Installed power – Calculated on 1,566 tilted solar panels of 540 watts each, in this case mounted on a flat roof.
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6 400 000 kr
Investment cost – Depending on the technology choices made and the complexity of the installation, the price can vary.
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25 öre/kWh
Electricity cost – This is how much you pay per kWh if you divide the investment cost by the expected production over 35 years.
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271 550 kg/year
This is how many kilograms of CO2 emissions your PV installation reduces annually, based on residual mix (Nordic electricity mix).
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10-15 %
Higher self-consumption results in better returns.
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1 450 000 kWh/year
Annual electricity production – Calculated on the basis of a good southern exposure. Angle to the south, roof pitch and shadows affect production.
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1 700 kW
Installed power – Calculated on 3,148 tilted solar panels of 540 watts each, in this case mounted on a flat roof.
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12 500 000 kr
Investment cost – Depending on the technology choices made and the complexity of the installation, the price can vary.
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24.6 öre/kWh
Electricity price – This is how much you pay per kWh if you divide the investment cost by the expected production over 35 years.
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540 000 kg/year
This is how many kilograms of CO2 emissions your PV installation reduces annually, based on residual mix (Nordic electricity mix).
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10-15 %
Annual return, the higher the share of solar energy consumed in the building, the better the profitability.
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Learn more
Here we have collected a number of questions related to the solar economy. If you are interested in learning more, we have collected a large number of questions in our factsheet.
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