ClimateDeck is a data platform by Rhodium Group providing global clean energy investment tracking, greenhouse gas emissions inventories, and energy market forecasts to support climate risk analysis.

In 2025, EU wind and solar generation surpassed fossil fuels for the first time, reaching a 30% share. Despite record solar growth, gas usage rose due to lower hydroelectric output. The report highlights accelerating battery deployment and offers policy recommendations for grid flexibility and electrification to enhance energy security.

This report examines transition strategies for solar value chains, focusing on circular business models for photovoltaic and solar water heating systems. It explores lifecycle management, modular design, and policy frameworks needed to manage projected cumulative solar waste of 60–78 million tonnes by 2050 while recovering critical materials.

This report examines Australia's mining industry's heavy reliance on diesel and identifies short-term efficiency improvements to reduce consumption by 10–20%. It highlights critical roles for coal and iron ore sectors, explores barriers like the Fuel Tax Credit system, and proposes policy reforms to enhance national fuel security.

This report evaluates the economic impact of applying a A$50 million Fuel Tax Credit cap to decarbonise the Pilbara. It estimates A$7.1 billion to A$13.2 billion in economic value, including A$5.6 billion in induced investment, 16,800 cumulative jobs, and significant carbon abatement facilitated by common-user transmission infrastructure.

This research examines the impact of data centre expansion on US electricity prices. Findings indicate that entry between 2010 and 2024 increased average retail rates by 2.7%. These costs are concentrated among investor-owned utilities and pronounced in deregulated markets or regions with limited spare capacity.

This research examines the global economic consequences of maritime disruptions in the Strait of Hormuz. Utilising Portwatch data, the analysis demonstrates that traffic shocks act as stagflationary forces, significantly increasing energy prices, reducing global industrial production, and tightening financial conditions through widened corporate and sovereign bond spreads.

This report examines how rigid power purchase agreements for coal power in India, Indonesia, and Pakistan create unsustainable debt and delay the energy transition. It highlights how these contracts lock in expensive, polluting energy and proposes policy solutions including payouts, technology swaps, renegotiation, and litigation.

This report evaluates distributed energy resources across Australia, India and Bangladesh. It examines rooftop solar and battery uptake, highlighting their role in reducing fossil fuel reliance and grid demand. The analysis provides country-specific recommendations to overcome regulatory barriers, improve financing access and ensure an equitable energy transition.

This briefing examines policy choices for scaling sustainable aviation fuels (SAF) and Power-to-X (PtX) in Australia. It highlights the need for integrated policy packages, robust sustainability certification, and cross-portfolio coordination to transition from bio-based fuels to synthetic alternatives, ensuring long-term decarbonisation and fuel security.

This benchmark series provides transparency on bank syndication fees, comparing income from sustainable and unsustainable activities. It tracks league tables for global and regional financial institutions, including the ASEAN and Japanese markets. The analysis enables investors to incentivise behavioural change by identifying banks that continue to prioritise fossil fuel financing.

This study evaluates China's rate-based National Emissions Trading Scheme using satellite imagery. It finds high-efficiency plants increased electricity generation and carbon emissions by approximately 5% relative to low-efficiency plants. The programme incentivised production without significantly reducing emission intensity, leading to an estimated aggregate increase in carbon dioxide emissions.

This research evaluates green subsidies for induction stoves in Kenya, finding that demand distortions like credit constraints significantly enhance subsidy efficacy. While usage subsidies had no impact, purchase price subsidies achieved carbon abatement at just US$12 per ton. Contexts with high distortions offer highly cost-effective climate mitigation opportunities.

This research assesses global building energy efficiency, identifying vulnerable populations living in aged or poorly shaped structures. It reveals that 48 million people are currently at risk, with vulnerability likely shifting towards heat-prone regions by 2100. Disparities in building codes and income levels significantly affect global climate adaptation efforts.

This report evaluates renewable-based electrification as a pillar for transitioning away from fossil fuels. It proposes the ‘35 by 35’ target, analyses progress in five key countries, and outlines action priorities for COP31. The focus is on integrating renewables, efficiency, and equitable finance to accelerate global decarbonisation.

This research compares Metals-as-a-Service (MaaS) and linear business models in onshore wind projects. It finds that MaaS improves risk-adjusted performance, increasing project internal rate of return to 19.94% and reducing levelised cost of energy by 15%. The analysis assesses financial viability and risk mitigation strategies for stakeholders.