Not compensating, but creating
Carbon work is stronger when it creates new value in agriculture, construction and nature — shifting from compensation to regenerative value creation.
Recommendation
Sequestration also requires lower emissions
Carbon sequestration only works well when emission reduction remains the priority; removal complements reduction, it does not replace it.
For results in 2030, most permits must be granted by the end of 2025
Wind and solar projects need timely permitting because 2030 results depend on decisions made years earlier.
For results in 2030, most permits must be granted by the end of 2025 Read More »
Sequestration requires forests, soils and landscape elements
The sequestration potential lies mainly in forests, agroforestry, soil carbon, peatland restoration and landscape elements.
Sequestration requires forests, soils and landscape elements Read More »
Solve grid congestion with Smart Energy Hubs, cable pooling and demand management
Grid congestion can be addressed with Smart Energy Hubs, cable pooling, storage and demand response.
Solve grid congestion with Smart Energy Hubs, cable pooling and demand management Read More »
Regenerative agriculture increases system value
A broader regenerative scenario adds climate value as well as soil, water, biodiversity and farm resilience.
Accelerate industry through four delivery routes
The industrial pathway to 2030 requires acceleration across four delivery routes.
Accelerate industry through four delivery routes Read More »
Steer towards a 15-year lifetime
Product-performance targets can steer the average bicycle lifetime towards 15 years.
Include repairability in design requirements
Repairability can be included as a design requirement for the bicycle product group.
Quantify the saving from buffering electricity in electric cars
Quantifying the grid cost saving from buffering electricity in electric cars is a missing link in vehicle-to-grid business cases.
Quantify the saving from buffering electricity in electric cars Read More »