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Update
Open source interoperability: integrating OSeMOSYS and PyPSA for power system analysis
How our unified, interoperable data model allows results from one model framework can be easily shared between and across multiple others
Analysis
Modelling 24/7 Carbon Free Electricity in Taiwan
Hourly matching commercial and industrial demand with clean power in Taiwan could save nearly US$1 billion and 5 MtCO₂e annually, all at a lower unit cost than recent tariffs, according to new TransitionZero modelling.
Analysis
Modelling 24/7 Carbon Free Electricity in Malaysia
Hourly matching commercial and industrial demand with clean power in Malaysia could deliver US$560–710 million in annual fuel savings by 2030, while achieving up to 25% greater emissions reductions than annual matching, according to detailed new modelling.
Analysis
Modelling 24/7 Carbon Free Electricity in Singapore
Singapore can save at least US$47M annually by hourly matching commercial and industrial demand with clean power – as shown in new detailed modelling.
Analysis
Modelling 24/7 Carbon Free Electricity in Japan
Detailed modelling shows Japan can meet demand with 90% clean power while cutting costs and driving renewables growth
Explainer
Building TZ-OSeMOSYS-STEEL: our methodology
How we designed a tool – including data, assumptions, projections, and scenarios – to model the decarbonisation of Japan’s steel sector
Analysis
Decarbonising the steel industry: modelling pathways in Japan
TZ-OSeMOSYS-STEEL model results reveal cost-optimal pathways to decarbonise Japan's steel sector by 2050
Analysis
Modelling 24/7 Carbon Free Electricity in India
Detailed grid modelling shows round-the-clock renewables can support India's energy and manufacturing ambitions
