Heat pumps provide both heating and cooling
Heat pumps matter most when heating, summer cooling, comfort and grid impact are assessed as one built-environment transition choice.
Heat pumps matter most when heating, summer cooling, comfort and grid impact are assessed as one built-environment transition choice.
Smart control of heat pumps and infrared panels can help balance demand on the power grid.
Heat pumps and infrared panels balance the power grid through smart control Read More »
Cleaner vehicles only solve part of mobility emissions; fewer trips, modal shift and smart energy use complete the transition logic.
Solar and wind are globally low-cost energy sources, but grid capacity, siting and flexibility determine local delivery.
Solar and wind power are globally cheaper than any other energy source on average Read More »
Forest planting links carbon storage to biodiversity recovery, landscape quality and long-term land-use value.
Self-driving shared cars can reduce mobility costs while requiring far fewer vehicles.
Self-driving shared cars make mobility cheaper with far fewer cars Read More »
In the Gelderland analysis, nuclear energy is only a scenario option when cost, safety, capital and lead time compare credibly with solar, wind, flexibility and storage.
Nuclear energy only if the price approaches the solar, wind and storage system Read More »
Insulation, heat networks and heat pumps work together on comfort, health and lower energy demand.
Combine insulation, heat networks and heat pumps Read More »
This insight ranks energy, mobility and the built environment as climate levers.
Energy is the largest lever, followed by mobility and the built environment Read More »
Keeping net metering can help rooftop solar remain feasible for lower-income households.
Keeping net metering makes rooftop solar feasible for lower incomes Read More »