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.

This research evaluates a randomised controlled trial using financial exposure to the energy sector to build support for climate action. Findings demonstrate that ownership of green and brown assets increases support for mitigation policies through a learning mechanism, where participants consume more financial news and improve their environmental knowledge.

This 2026 report establishes a strategic framework for climate resilience in arid regions. It examines technological solutions in water, agriculture, and energy, highlighting Israel's innovation ecosystem and Azerbaijan's renewable energy transition. The document advocates for integrated systems, cross-border cooperation, and robust governance to combat global desertification and land degradation.

The Energy Transition Index is a benchmark series providing a structured, data-driven framework to assess national energy systems and track transition progress across 120 countries. It evaluates performance through security, equity, and sustainability lenses, alongside transition readiness factors, helping decision-makers identify gaps and understand the conditions required for resilience.

The UDB Currency Risk-Sharing Facility manages foreign exchange risks for climate lending in Uganda. By combining partial hedging with tail-risk guarantees, it offers a cost-effective alternative to traditional instruments. This facility enables affordable local-currency financing while protecting the bank's balance sheet against significant Ugandan shilling depreciation.

This research evaluates demand-side and supply-side climate policies, recommending a portfolio that combines carbon use and extraction pricing to mitigate emissions leakage. It emphasises transmission reform, innovation support, and green industrial policies while analysing the domestic and global distributional consequences for low-income and major fossil fuel producing nations.

A global survey of 1,994 business leaders across 18 markets reveals overwhelming support for clean electrification. While 90% expect largely electric operations by 2035 to improve energy security and competitiveness, 72% believe government policy is moving too slowly, citing grid constraints and high upfront costs as significant barriers.

This report argues that power system flexibility is core infrastructure essential for energy security and affordability. It demonstrates how quantifying flexibility can reduce costs, citing potential annual savings of £9.6–£16.7 billion in Great Britain by 2050. Policymakers are encouraged to prioritise flexibility-first design over traditional infrastructure-heavy build-out.

Research using a global energy-economy model indicates that AI-driven productivity gains increase net annual CO2 emissions by 0.47–1.8 gigatonnes under parallel adoption. Enabled emissions from fossil sectors consistently exceed avoided emissions from renewables. Achieving net reductions requires renewable productivity gains to be four to five times greater than fossil gains.

The Clean Investment Monitor: US Update is a benchmark series providing a comprehensive database of clean energy and transportation investment across the United States. Produced by Rhodium Group and MIT-CEEPR, it tracks the manufacture and deployment of greenhouse gas emission-reducing technologies across manufacturing, energy and industry, and retail segments.

This research assesses capital allocation alignment with net-zero commitments across 26 high-emitting companies using the IGCC Framework. It finds that while climate strategies are strong, capital sourcing and fossil fuel phase-down plans lag. European companies lead in performance, while the Americas and oil and gas sectors trail significantly.

Global clean technology manufacturing investment has declined significantly, led by pullbacks in China and the United States. While China addresses overcapacity, US investment reversed following the One Big Beautiful Bill Act. This report explores the diverging drivers, policy shifts, and future competitive landscape for both nations.