Opportunités solaires par pays et ville

Berlin

A Kreuzberg homeowner ran a 9.8 kW plan: 8.9 MWh per year covers weekday EV charging and trims bills by about EUR 2,100.

Munich

Munich clients sizing 8.2 kW arrays see Alpine sun deliver 8.6 MWh each year, so EUR 12,800 installs repay in roughly 7.5 years.

Paris

A Paris apartment co-op modeled a 7 kW array; 7.2 MWh output feeds heat pumps and cuts utility spend by roughly EUR 1,900 a year.

Lyon

Lyon homeowners tilt 6.4 kW toward the Rhone valley sun, netting 7.5 MWh annually and recovering EUR 10,400 installs in under seven years.

Madrid

A Madrid family ran a 6.8 kW design: 9.7 MWh production offsets nearly the entire bill while surplus joins a community solar credit.

Barcelona

Barcelona townhouse owners size 5.9 kW systems that throw off 9.1 MWh and power home offices through Mediterranean daylight.

Rome

Roman villas model 7.5 kW on clay tiles, yielding 9.4 MWh each year so HVAC and EV loads stay covered with six-year payback.

Milan

Milanese row homes still export value: a 6.9 kW array sends 8.0 MWh to appliances and EV charging, keeping self-consumption above 70 percent.

Amsterdam

An Amsterdam canal house fit 5.4 kW; annual 5.2 MWh generation plus full netting keeps payback near six years despite mild sun.

Rotterdam

Rotterdam row houses feed 5.8 kW arrays into saldering, so nearly every exported kWh offsets retail tariffs.

Stockholm

A Stockholm family penciled a 6 kW roof: 6.1 MWh output plus green tax refunds keeps lifetime value above EUR 27,000.

Gothenburg

In Gothenburg, a 5.8 kW setup still logs nearly 6 MWh yearly thanks to cool module temps and VAT rebates.

Lisbon

A Lisbon duplex sized 6.5 kW to cover cooling loads, locking in 9.3 MWh per year and shrinking the bill by EUR 2,200.

Porto

Porto rowhouses lean on 6 kW arrays delivering 8.7 MWh, covering daytime appliances and feeding the Liberalized Market credit.

Brussels

A Brussels maisonette deploys 6.2 kW and nets 6.4 MWh, trimming EUR 1,800 yearly while awaiting prosumer tariff updates.

Ghent

Ghent terraces pair 5.8 kW designs with heat-pump water heaters, landing 6.2 MWh of self-use each season.

Zurich

Zurich penthouses model 8 kW arrays that keep elevators, EV chargers, and base load powered off 7.8 MWh yearly.

Geneva

Lac Léman villas pair 7.2 kW rooftops with battery-ready inverters, making 7.6 MWh with predictable canton incentives.

Vienna

Vienna townhomes approved 6.7 kW installs that power heat pumps and regional rail commuters' EVs.

Graz

Graz hillside villas lean 6.4 kW arrays toward the Mur valley sun, producing 7.6 MWh for under EUR 10,300 installed.

London

A Southwark retrofit installed 7 kW, feeding agile tariff exports while covering induction cooking and EV charging.

Manchester

Manchester semis with 6.2 kW setups ride flexible import tariffs to offset heavy heat-pump demand.

Dublin

A Dublin semi-detached owner uses SEAI rebates to fund 5.8 kW, which now covers almost 70% of annual load.

Cork

Cork bungalows use 5.4 kW installs to offset electric heating and rely on microgeneration export payments.

Copenhagen

A Copenhagen townhouse stacked 6 kW on its copper roof, yielding 5.6 MWh that charge cargo-bike fleets.

Aarhus

Aarhus cooperatives share 5.6 kW rooftops that output 5.4 MWh into district-heating circulation pumps.

Oslo

An Oslo terrace couples 6.4 kW with heat-pump storage, taking advantage of Enova cash grants.

Bergen

Bergen homeowners lean 5.8 kW arrays over slate roofs, netting 5.4 MWh and riding net surplus payments.

Warsaw

Warsaw single-family homes size 7.1 kW arrays that feed heat pumps and export into the new hourly settlement scheme.

Krakow

A Krakow duplex runs two 3.4 kW strings, logging 7.4 MWh and offsetting winter smog-related heating loads.

Prague

Prague brownstones route 6.3 kW outputs through community batteries, banking 7.0 MWh each year.

Brno

Brno tech workers modeled 5.9 kW on duplex roofs, pushing 6.8 MWh through heat-pump radiators.

Budapest

Budapest villas route 6.5 kW arrays into new net metering rules, shaving EUR 1,850 annually.

Szeged

Southern Szeged rooftops pump out 7.6 MWh from 6 kW systems thanks to clear summer skies and generous rebates.

Athens

Athens penthouses mount 7.2 kW carports that push 10.3 MWh into cooling loads and EV fleets.

Thessaloniki

Thessaloniki duplexes tilt 6.8 kW arrays south, logging 9.6 MWh and plugging into net-metering credits.

Helsinki

A Helsinki townhouse sized 6 kW and uses snow-reflection boosts plus smart-meter tariffs to cut bills by EUR 1,450.

Tampere

Tampere detached homes push 5.0 MWh through battery-ready inverters, banking savings for winter heating.

Bucharest

Bucharest villas leverage Casa Verde to install 6.4 kW, netting 7.6 MWh and EUR 1,900 in annual savings.

Cluj-Napoca

Cluj-Napoca duplex roofs host 6 kW strings that pour 7.2 MWh into growing tech campus demand.

Istanbul

An Istanbul apartment block mapped 7.8 kW, channeling 9.8 MWh into lifts, cooling, and EV fleets.

Ankara

Ankara villas model 7 kW on flat roofs, delivering 9 MWh into daytime HVAC while banking generous export credits.

New York

A Brooklyn brownstone models 10.5 kW across two roof planes; PVWatts shows 12.5 MWh yearly under ConEd TOU rates.

Los Angeles

On a Pasadena bungalow, a 9.6 kW array tracks 15.2 MWh annually, trimming peak TOU costs and charging two EVs.

Austin

East Austin ranch homes fit 8.8 kW arrays making 14 MWh; buyback credits plus tax incentives keep payback under seven years.

Phoenix

A Phoenix stucco roof tilts 9 kW south; PVWatts forecasts 16.5 MWh, dominating daytime cooling loads.

Denver

Denver row homes run 7.8 kW designs with 11.5 MWh output, riding high elevation sun and Xcel net-metering.

Seattle

A Ballard craftsman fits 8 kW between dormers; cool temperatures keep efficiency high for 10 MWh per year.

Miami

A Miami two-story uses a 10 kW roof plus hurricane-rated racking; PVWatts shows 15 MWh covering year-round cooling.

Chicago

A Chicago two-flat runs 9.2 kW; PVWatts projects 11.8 MWh, trimming ComEd bills despite snowy winters.

Boston

Cambridge triple-deckers model 8.4 kW, banking SMART-style credits and 11.2 MWh to cover heat pumps.

Minneapolis

Twin Cities ramblers run 8 kW arrays; 10.5 MWh per year plus net-metering keep ROI strong even with snowy seasons.