Non-residential to 100% label B (baseline) or A (ambitious)
About 50,000 non-residential buildings reach label B or A by 2030 in Gelderland
Non-residential to 100% label B (baseline) or A (ambitious) Read More »
Figure
Ground-mounted solar Gelderland: 1,069 kton CO₂-eq reduction potential
With an annual reduction potential of 1,069 kton CO₂-eq up to 2030, ground-mounted solar takes fourth place on the list of fifteen climate opportunities in Gelderland.
Ground-mounted solar Gelderland: 1,069 kton CO₂-eq reduction potential Read More »
Building automation systems: 15 kt CO₂-eq and 8% deployment by 2030
Building automation can cut around 15 kilotonnes of CO₂-eq; under the scenario, uptake in utility buildings rises by 8% by 2030.
Building automation systems: 15 kt CO₂-eq and 8% deployment by 2030 Read More »
30% flexible consumption equals a nuclear plant’s impact
Flexible electricity use can reduce emissions and grid pressure by shifting demand to better moments.
30% flexible consumption equals a nuclear plant’s impact Read More »
Utility buildings move to label B or A
About 50,000 utility buildings need energy-performance improvements toward label B or A by 2030.
415,000 Gelderland homes can receive additional insulation
Insulating 415,000 additional homes links lower energy demand to comfort, health, affordability and reduced pressure on Gelderland’s energy system.
415,000 Gelderland homes can receive additional insulation Read More »
Smart thermostats: 105 ktonnes CO₂-eq
Smart thermostats can cut up to 105 kilotonnes of CO₂-eq; under the scenario, 50% of households have one by 2030.
Up to 635,000 heat pumps in Gelderland utility buildings by 2030
This insight gives the 2030 heat-pump scale for Gelderland utility buildings.
Up to 635,000 heat pumps in Gelderland utility buildings by 2030 Read More »
Built environment Gelderland: 1% of non-energy greenhouse gas emissions
The built environment accounts for 1% of Gelderland’s non-energy greenhouse gas emissions.
Built environment Gelderland: 1% of non-energy greenhouse gas emissions Read More »
New agricultural revenue models: 911 kt CO₂-eq reduction potential
The regenerative scenario shows how land-use change can add reduction potential beyond single measures.
New agricultural revenue models: 911 kt CO₂-eq reduction potential Read More »