Recommendations
AI-generated reduction strategies prioritized by impact.
FC Polderstad
Total Status
Generate
516.2 tPotential CO₂ reduction /yr
€312KTotal investment needed
37 mo.Avg. payback period
AllNewUnder ReviewApprovedIn ProgressCompletedDismissed
EasySwitch to renewable energy procurement contract
NewNetherlands's grid has a high carbon intensity (approximately 340 g CO₂/kWh). Transition to a renewable energy procurement contract or purchase Guarantees of Origin (GOs) to reduce Scope 2 emissions. This is the single largest impact action available, as electricity is 100% of your Scope 2 emissions. Netherlands has growing solar and wind capacity that can be leveraged through green tariffs or Power Purchase Agreements (PPAs).
Why this?
308.0tCO₂/yr saved
€12KInvestment
-Months payback
2Scope influence
MediumInstall solar PV panels on stadium and facility rooftops
Deploy photovoltaic systems on available roof space at training facilities and stadium. Netherlands receives excellent solar irradiation (1,500+ kWh/m²/year). A 200 kWp system could generate 280,000 kWh annually, reducing grid electricity by ~15% and saving 123 tCO₂/year. Amsterdam's solar potential makes this highly viable with 6-8 year payback through reduced electricity costs.
Why this?
123.2tCO₂/yr saved
€180kInvestment
72Months payback
1,3Scope influence
This recommendation
is Completed.
HardUpgrade to LED lighting throughout all facilities
Replace all conventional lighting (halogen, metal halide, fluorescent) with LED equivalents across stadium, training grounds, and offices. LED lighting consumes 50-75% less electricity and has a 10+ year lifespan. For a large football facility, this typically addresses 25-35% of total electricity consumption. Priority areas: floodlights, concourse lighting, and indoor facilities.
Why this?
85.0tCO₂/yr saved
€120kInvestment
24Months payback
1,2,3Scope influence
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