10% flexible electricity consumption by 2030
Ten percent flexible electricity consumption by 2030 can ease grid pressure when demand, storage and charging are coordinated.
Ten percent flexible electricity consumption by 2030 can ease grid pressure when demand, storage and charging are coordinated.
This insight gives the required annual and daily pace for making homes more sustainable.
Nearly 60,000 homes per year, 200 to 250 per working day Read More »
This insight gives the 2030 reduction potential for Gelderland’s built environment.
2,174 kton CO₂-eq reduction potential in Gelderland’s built environment Read More »
This insight gives the CO₂-eq potential and heat-share increase for utility-building heat networks.
Utility-building heat networks: 92 kton CO₂-eq and heat share from 10% to 30% Read More »
This insight gives the built environment’s approximate emissions and share of Gelderland’s 2021 emissions.
Built environment: about 5 Mton CO₂-eq and 28% of Gelderland emissions Read More »
Full use of the Climate Opportunities Map can deliver up to 77% CO₂-eq reduction versus 1990, showing the scale of Gelderland’s combined transition potential.
Climate Opportunities Map: up to 77% CO₂-eq reduction versus 1990 Read More »
Within Gelderland’s non-energy greenhouse gas balance, the mobility and transport sector accounts for 1%. That makes it the smallest of the four sectors in the Climate Action Recap.
Mobility and transport Gelderland: 1% of non-energy greenhouse gas emissions Read More »
This insight gives the CO₂-eq potential for insulation in homes and utility buildings.
Residential insulation 487 kton, utility-building insulation 156 kton CO₂-eq Read More »
In the assessment for Gelderland, nuclear energy represents an annual reduction potential of 614 kton CO₂-eq towards 2030.
Nuclear energy Gelderland: 614 kton CO₂-eq reduction potential Read More »
This insight gives the residential heat-pump potential and available scale in housing.
Residential heat pumps: 285 kton CO₂-eq and room for 466,000 units Read More »