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Learn About the Global Energy Storage and Grids Pledge

Comprehensive information about the COP29 Global Energy Storage and Grids Pledge: 58 countries committed to 1,500 GW of energy storage capacity and 25 million km of grid infrastructure by 2030, building on the COP28 commitment to triple renewable energy capacity to 11,000 GW.

58
Countries Committed
1,500 GW
Energy Storage by 2030
25M km
Grid Lines by 2030
6x
Increase from 2022 Levels

About the Global Energy Storage and Grids Pledge

Information sourced from official COP29 documentation

The Global Energy Storage and Grids Pledge, launched at COP29, builds on the COP28 commitment to triple global installed renewable power capacity to at least 11,000 GW by 2030. This pledge integrates the crucial role of energy storage and grid expansion as the cornerstone of a resilient, decarbonized energy system.

Global energy storage capacity reached approximately 230 GW in 2022. According to Bloomberg NEF estimates, this capacity is forecasted to reach 650 GW by the end of this decade. However, current installed capacity and projected trends are not sufficient to ensure a green energy transition.

To fill this gap and enable achievement of the COP28 outcome on tripling renewable energy capacity, the G7 committed to a global energy storage target of 1,500 GW by 2030β€”a six-fold increase from 2022 levels. Furthermore, annual global investment in grid infrastructure needs to reach USD 600 billion by 2030 according to IEA analysis.

Energy storage and grid infrastructure are inherently interdependent, with storage technologies enhancing the ability of grids to integrate intermittent renewable energy, stabilize supply and ensure energy security, while grid expansions and modernizations are necessary to maximize the deployment and efficiency of energy storage technologies.

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Renewable Integration

Enable higher renewable energy penetration

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Grid Resilience

Strengthen infrastructure reliability

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Climate Targets

Support global decarbonization goals

Key Global Targets

These targets are intended to create long term stability and flexibility in power systems worldwide.

01

1,500 GW of energy storage capacity by 2030

Six-fold increase from 2022 levels, supported by 11 guiding principles for storage deployment

02

25 million km of new or upgraded transmission lines by 2030

Recognizing the need for 65 million km by 2040 to align with net-zero emissions by 2050

03

USD 600 billion annual investment in grid infrastructure

Nearly double current levels to support clean energy transition and achieve net-zero by 2050

04

Annual progress reviews at COP meetings

Dedicated sessions to ensure both energy storage and grid infrastructure remain on track

11 Guiding Principles for Energy Storage

Official principles supporting the 1,500 GW energy storage target

01

Policy and Regulatory Frameworks

Establishing policies and enabling regulatory frameworks that facilitate adoption and address barriers like double taxation

02

Grid Integration

Accounting for storage as necessary for grid enhancement and facilitating integration in planning, including standalone solutions

03

System Planning Capabilities

Strengthening capabilities on planning integrated energy systems for different storage options and grid balancing strategies

04

Technology Development

Promoting broad range of technologies including battery, pumped hydro, mechanical, hydrogen, and thermal storage systems

05

Investment Promotion

Promoting investments in energy storage technologies and deployment solutions

06

Sustainable Supply Chains

Encouraging diversified, sustainable, secure supply chains including alternative battery chemistries and resource efficiency

07

Battery Lifecycle Management

Encouraging design considering second-life applications, recycling, and grid stability service provision

08

International Collaboration

Strengthening cooperation in market development, standards, supply chains and delivering finance at scale

09

Social Awareness and Training

Promoting awareness about benefits and increasing education, training and job creation in the field

10

Equitable Inclusion

Promoting inclusion of women, Indigenous Peoples, local communities, and youth with leadership opportunities

11

Private Sector Engagement

Actively engaging private sector and financial institutions to accelerate development and deployment

8 Measures for Grid Enhancement

Official measures to strengthen electricity grid infrastructure

01

Increasing Grid Investment

Scaling up considerably grid investments, with global grid investment needing to nearly double by 2030

02

Modernising and Expanding Infrastructure

Increasing transmission and distribution capacity while incorporating grid-enhancing technologies and strategic battery use

03

Addressing Bottlenecks

Developing policies for planning, financing, regulatory incentives, digitalisation, supply chains, and capacity building

04

Supporting Renewables Integration

Promoting grid infrastructure that can accommodate increasing renewable and zero- and low-emission energy projects

05

Promoting Regional Integration

Integrating electricity systems regionally and between countries to enhance security, access, and efficiency

06

Investing in Advanced Technologies

Increasing investments in High-Voltage Direct Current (HVDC) transmission to reduce losses and support renewables

07

Strengthening International Cooperation

Partnering with international financial institutions and stakeholders to address critical bottlenecks

08

Promoting Social Awareness and Skills

Strengthening awareness about grid benefits and increasing education, training and job creation

Why It's Important to Support This Pledge

The Global Energy Storage and Grids Pledge represents a vital global initiative that strengthens renewable energy systems, enhances climate resilience, and demonstrates leadership in the fight for a clean, secure and just energy future.

01

Catalysing Action Toward 2030 Renewables Target

The pledge directly supports the global goal of tripling renewable energy capacity by 2030 agreed at COP28. By focusing on actionable targets like grid investments and energy storage, it ensures tangible progress with focus on the enablers of getting to 11,000 renewable gigawatts.

02

Global Scale of Participation

With 58 countries across all continents and numerous private and non-governmental organisations already committed, this pledge represents a broad, united front to address the critical challenges of renewable energy integration.

03

Specific, Action-Oriented Goals

The pledge includes well-defined targets essential to achieving a net-zero future: deploying 1,500 GW of energy storage by 2030, doubling global investments in grid infrastructure, and developing 25 million kilometers of grid infrastructure to ensure renewable energy reaches every corner of the world.

04

Cross-Sectoral Collaboration

With support from governments, NGOs, and private-sector leaders including Iberdrola, Hitachi Energy, and Ørsted, the pledge fosters unprecedented collaboration, ensuring diverse expertise and resources are pooled for maximum impact.

05

Supporting Economic Growth and Energy Access

Expanding grid infrastructure and energy storage capacity not only accelerates decarbonisation but also enhances energy reliability, supports economic development, and improves energy access in underserved regions.

06

Sending a Strong Signal

Organisations and governments endorse the pledge to signal their alignment with its goals and their commitment to contributing within their capabilities to its achievement. Supporting the pledge does not impose any legal obligations on stakeholders. This flexibility ensures broader participation without risking overcommitment.

Energy storage and grid infrastructure determine how much renewable energy can actually be used. Without sufficient storage and transmission capacity, countries face limitations such as curtailment, instability, and congestion.

Storage helps smooth intermittent generation, while upgraded grids ensure energy can travel where it is needed. This combination is essential for achieving the three main objectives of modern clean energy systems:

Reliability
Flexibility
Scalability

Supported Energy Storage Technologies

The pledge promotes a broad range of storage technologies to enhance technological diversity and supply chain resilience

Battery Storage

Including sustainable and cost-competitive alternative battery chemistries and materials with focus on second-life and recycling

Pumped Hydro Storage

Large-scale water-based storage systems leveraging elevation differences for energy storage

Mechanical Storage

Including gravity energy storage and other mechanical systems for grid-scale applications

Clean and Sustainable Liquids and Gases

Including hydrogen for long-term energy storage and seasonal balancing

Thermal Storage Systems

Heat and cold storage technologies for both industrial and grid applications

Standalone Storage Solutions

Addressing needs of local communities especially in remote and island areas

Signatories and Global Participation

58 countries across all continents have committed to the Global Energy Storage and Grids Pledge, representing a broad, united front to address the critical challenges of renewable energy integration. Participation includes countries from Europe, Asia, Africa, North America, and South America that consider grid expansion and storage deployment essential for economic stability and climate resilience.

The pledge fosters unprecedented cross-sectoral collaboration between governments, NGOs, and private sector companies. Leading energy companies including Iberdrola, Hitachi Energy, and Ørsted have joined numerous other institutions, research organisations, and private sector partners engaging with these goals through policy commitments, investment plans, and technology development.

Note: Supporting the pledge does not impose any legal obligations on stakeholders. This flexibility ensures broader participation without risking overcommitment, allowing organizations and governments to contribute within their capabilities.

58 Countries

National commitments across all continents

NGOs & Institutions

Research and development support

Private Sector Leaders

Iberdrola, Hitachi Energy, Ørsted, and more

Related Initiatives and Partnerships

The Pledge builds on and collaborates with existing global initiatives

UN Secretary General's Panel on Critical Energy Transition Minerals

Addresses sustainability of extractive industries in minerals and raw materials critical for battery production

Clean Energy Ministerial's Supercharging Battery Storage Initiative

Co-led by Australia and the EU, aims to boost battery storage development and build diversified, sustainable supply chains

Energy Storage Partnership (ESP) - World Bank

Facilitates development of energy storage solutions in developing countries to support energy access and grid stability

Mission Innovation's Clean Energy Materials Challenge

Accelerates exploration, discovery, and use of clean energy materials to advance energy storage solutions

Coalition for Energy Storage

Solar Power Europe, Wind Europe, EASE, and Breakthrough Energy working on European Energy System decarbonization

European Battery Alliance (EBA)

Supports establishment of competitive manufacturing value chain in Europe with emphasis on battery production and recycling

Global Energy Storage Alliance (GESA)

Founded by CESA, BVES, CNESA, IESA, ESA, and ARE to advance education and collaboration on energy storage benefits globally

Additional Resources

Key reports and analyses supporting the pledge targets

COP29 Official Pledge Documentation β†’

Official source for the Global Energy Storage and Grids Pledge details, guiding principles, and measures

IEA - Batteries and Secure Energy Transitions β†’

Outlines the 1,500 GW roadmap by 2030 and grid infrastructure investment requirements

Bloomberg NEF Energy Storage Forecasts β†’

Analysis showing baseline capacity of 230 GW in 2022 and projected 650 GW by 2030 without additional measures

G7 Energy Storage Commitment β†’

Six-fold increase target and commitment to scale up grid investments to USD 600 billion annually

COP28 Renewable Energy Tripling Agreement β†’

Foundation commitment to triple renewable capacity to 11,000 GW and double energy efficiency improvements

IEA Grid Infrastructure Analysis β†’

Requirements for adding or refurbishing 65 million km of grids by 2040 to align with net-zero emissions by 2050

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