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.

A high-resolution geospatial monitoring system from Land & Carbon Lab and WRI that tracks global greenhouse gas emissions and removals across agriculture, forests, and soils to support corporate accounting and climate-smart land management.

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.

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.

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.

This report examines India’s power sector transition from a credit perspective. It highlights the structural divergence between renewable and thermal assets, identifies bottlenecks in domestic debt markets, and recommends strategies to unlock large-scale financing, including the pivotal role of NTPC and the need for deeper institutional investor participation.

This report examines Indonesia’s sovereign wealth fund, Danantara, and its role in the energy transition. It highlights the fiscal risks of subsidy-dependent energy SOEs and recommends a strategic shift towards renewables. Drawing on global SWF experiences, it advocates for portfolio diversification to ensure long-term profitability and national energy security.

A dataset and analysis by Climate Central tracking fire weather trends across the U.S. from 1973 to 2025. It helps users understand the increasing frequency of high heat and low humidity conditions that drive wildfire risk.

New Zealand households and businesses could save $10.7 billion annually by 2040 through electrification. This report details how replacing fossil fuel appliances and vehicles with electric alternatives, supported by solar and batteries, reduces total energy use by 70% and provides cumulative national savings of $95 billion while substantially cutting emissions.

This report examines the Australian community energy sector, highlighting growth to over 126 projects by 2023. It explores the tension between strong community motivations and significant economic headwinds, such as scale diseconomies and market volatility. Key findings emphasise technical expertise and de-risking strategies as essential for success.

This report examines the development of integrated energy-industry-transport corridors in Africa to foster low-carbon growth. It details strategies for decarbonising logistics and manufacturing, particularly in steel and cement. By linking industrial hubs with renewable energy, African nations can enhance regional trade, competitiveness, and sustainable economic development.

A Ceres initiative and playbook focused on curbing rising energy prices through clean energy expansion, providing policymakers and investors with strategies for a modern, efficient, and affordable energy system.