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The China Energy Transition Review 2025 by Ember analyzes China's rapid shift toward clean energy and electrification, detailing how its domestic policies and manufacturing scale are driving down global costs and pushing global fossil fuel demand toward a structural decline.

The World Resources Institute (WRI) partnered with the Shenzhen city government and local institutions to implement 113 near-zero carbon demonstration projects. These initiatives, which include rooftop solar and building retrofits, aim to reduce greenhouse gas emissions and electricity demand while lowering energy costs for the city's 18 million residents.

This report by Global Energy Monitor and the Centre for Research on Energy and Clean Air (CREA) examines the conflicting dynamics of China's energy transition in 2024, where record-breaking clean energy expansion is occurring simultaneously with a significant increase in coal power construction and approvals.

This research paper by the Stockholm Environment Institute examines the potential and barriers for land-based mitigation technologies and practices (LMTs) in China. It finds that while forestry has been the primary focus for carbon sequestration, other sectors like agriculture, grasslands, and wetlands remain underexploited. The report highlights a lack of standardized methodologies and a fragmented policy landscape, suggesting that these must be addressed to meet China's 2060 net-zero goal.

This summary report details the outcomes of the High-Level Think Tank Seminar on Energy and Climate Change held in Beijing on April 25-26, 2024. The event brought together representatives from China and the United States to discuss decarbonization strategies, methane reduction, energy efficiency, carbon capture, and climate finance, while coordinating positions for COP29 and COP30.

This briefing by Global Energy Monitor and the Centre for Research on Energy and Clean Air (CREA) analyzes a surge in coal power permitting and construction in China during the first half of 2023. The report finds that new projects are being approved at a pace of more than one plant per week, often ignoring central government policies that restrict new coal to a 'supporting' role for clean energy. The authors argue that this 'coal rush' is driven by a desire to maximize carbon-intensive capacity before the 2030 emissions peak, outdated grid management, and a shift away from fossil gas, potentially undermining China's long-term climate commitments.

A February 2023 briefing by Global Energy Monitor reporting a dramatic acceleration in coal power plant permitting and construction in China during 2022, driven by peak load increases and regional energy security concerns, despite record clean energy additions.

This report by Ember analyzes global electricity data from the first half of 2022 (H1-2022) compared to H1-2021, focusing on the role of renewable energy in meeting growing electricity demand and its impact on fossil fuel generation and carbon emissions.

This report by Ember analyzes global electricity data from 75 countries to assess the energy transition in the first half of 2022 (H1-2022). It finds that renewable energy growth fully met the increase in global electricity demand during this period, preventing a rise in fossil fuel generation and associated CO2 emissions.

The 'China Green Finance Policy Analysis Report 2021' examines the evolution of China's green bond market and the impact of national and regional policy frameworks. It highlights a significant market rebound in 2021, the unification of domestic standards through the Green Bond Endorsed Project Catalogue, and a positive correlation between local policy efficacy and green bond issuance. The report identifies challenges in information disclosure and asset selection, recommending the development of transition finance standards and enhanced transparency to attract further international and domestic capital.

This report by the Climate Policy Initiative explores the concept of "deep green" finance in China, moving beyond the funding of individual sustainable assets to financing the systemic transformation of entire sectors and economies. Using Shanxi and Sichuan provinces as case studies, the author argues that true sustainability requires addressing structural barriers, such as coal dependency and market design, and proposes a framework of four tests and six recommendations to implement transformational green finance.

A fact sheet detailing a CNY 1 billion private placement green bond issued by Sichuan Railway Investment on October 16, 2018, to fund the construction of the Inter-city Railway of Southern Sichuan.

This report evaluates China's 2010 reform of residential electricity pricing, which transitioned from a flat-rate system to a tiered electricity pricing (TEP) mechanism. The reform aimed to improve energy efficiency, reduce environmental pollution, and address the regressive nature of flat subsidies that disproportionately benefited high-income households. While the central government set general principles, provincial governments designed specific price ladders and volume blocks. The report analyzes the impacts on different income groups, the role of grid companies, and the challenges of public communication and operational feasibility.

The report details the activities and outcomes of the China Node for Sustainable Sanitation (CNSS) from November 2008 to May 2011. Established as the first node of the EcoSanRes-2 program and hosted by the University of Science and Technology Beijing (USTB), CNSS aimed to promote ecological sanitation (ecosan) through public awareness, urban planning integration, and international knowledge exchange. The initiative focused on overcoming traditional taboos regarding sanitation in China and creating a platform for experts, NGOs, and government decision-makers to collaborate on sustainable wastewater and excreta management.

The World Resources Institute's Transport Emissions & Social Cost Assessment (TESCA) guide and Excel tool provide a framework for developing countries to quantify transport emissions (covering 9 pollutants and 18 transport modes) and their associated social costs. The process involves data quality analysis, inventory estimation, and the calculation of eco-efficiency indicators to support cost-efficient policy-making, while explicitly addressing the high uncertainties inherent in social cost and health data.