Solar PV
Last week your school's solar panels generated 410 kWh of electricity.
That's enough energy to play 12 weeks of computer games.
Electricity
Last year your school used 280,000 kWh of electricity.
That's enough energy to run a modern television continuously for 790 years.
Electricity
Last year your school used 280,000 kWh of electricity.
That's the energy generated by a UK onshore wind turbine in 12 weeks
Electricity
Last week your school's electricity use generated 1,500 kg of carbon dioxide.
That's the same amount of carbon dioxide generated when you drive a petrol car 8,800 km.
Electricity
Last week your school used 6,500 kWh of electricity.
That's enough energy to drive an electric car 35,000 km.
Electricity
Last week your school used 6,500 kWh of electricity.
That's enough energy to boil 44,000 kettles.
Solar PV
Last year your school's solar panels generated 94,000 kWh of electricity.
That's enough energy to run a modern television continuously for 268 years.
Electricity
Last week your school's electricity use cost £1,700.
That's enough to buy 680 school dinners.
Electricity
Last year your school used 280,000 kWh of electricity.
That's the electricity used by 100 average homes in a year.
Electricity
Last year your school used 280,000 kWh of electricity.
That's the energy generated by 1,000 solar panels in a year.
Electricity
Last week your school used 6,500 kWh of electricity.
That's enough energy to charge 910,000 smartphones.
Electricity
Last year your school used 280,000 kWh of electricity.
It will take 41 trees, each living 40 years, to absorb the carbon dioxide released when this electricity was generated.
Solar PV
Last year your school's solar panels generated 94,000 kWh electricity.
That's enough energy to drive an electric car 120,000 km.
Electricity
Last week your school used 6,500 kWh of electricity.
That's enough energy to play 3 years 9 months of computer games.
Gas
Last year your school used 860,000 kWh of gas.
That's the gas used by 74 UK homes in a year.
Gas
Last year your school used 860,000 kWh of gas.
It will take 180 trees, each living 40 years, to absorb the carbon dioxide released when this gas was burnt.
