World’s Energy and Business Leaders Announce Actions to Accelerate Global Deployment of Technologies at Seventh Clean Energy Ministerial

Posted at 9:05 pm on 06/20/2016 by GAA

World’s Energy and Business Leaders Announce Actions to Accelerate Global Deployment of Technologies at Seventh Clean Energy Ministerial

Energy ministers assembled for CEM7. Credit: IISD/ENB/Franz Dejon

Energy ministers and other high-level delegates from 23 countries and the European Union today announced new commitments to expand clean energy deployment and cut global carbon emissions while driving economic growth at the seventh Clean Energy Ministerial (CEM7). 

CEM members, representing 90 percent of global clean energy investment and 75 percent of greenhouse gas emissions, agreed to launch an enhanced effort – called “CEM 2.0” – to increase its effectiveness by creating an international secretariat to support CEM initiatives. 

In addition, CEM members, nearly 60 companies and non-governmental organizations, and 10 subnational governments announced more than $1.5 billion in commitments to accelerate the deployment of clean energy technologies and increase energy access. CEM ministers launched three new, high-impact campaigns that will promote the procurement of electricity from renewable energy, commercial and industrial energy efficiency, and advanced cooling technologies. 

“As one of the first major gatherings of clean energy leaders since COP21, CEM7 is a key tool needed to implement the clean energy goals made in Paris,” said U.S. Energy Secretary Ernest Moniz. “CEM and the commitments made today demonstrate how the United States and our global partners can speed the deployment of clean energy technologies to meet our climate goals, grow low-carbon economies, and strengthen our energy security.” 

Hosted by U.S. Energy Secretary Ernest Moniz, the meeting included, among others, Maroš Šefčovič, the European Union’s Vice President for Energy Union; Carlos Moedas, the EU’s Commissioner for Research, Science, and Innovation; James Carr, Canada’s Minister of Natural Resources; Pedro Joaquín Coldwell, Mexico’s Secretary of Energy; Motoo Hayashi, Japan’s Minister of Economy, Trade and Industry; Harsh Vardhan, India’s Minister of Science & Technology and Earth Sciences, Tord Lien, Norway’s Minister of Petroleum and Energy, and Yin Hejun, China’s Vice Minister of Science and Technology. In a video address, President Obama welcomed participants to CEM7. A letter from China’s President Xi then invited participants to China for next year’s CEM meeting (CEM8). 

Energy ministers assembled for CEM7. Credit: IISD/ENB/Franz Dejon

The European Union today announced that, in cooperation with a member state, they will host CEM9 in 2018. European Commissioner for Research, Science and Innovation Carlos Moedas said “Clean energy is the future. We need innovation to bring down the cost of clean energy and to develop breakthrough technologies. International cooperation is needed to address the global challenge of the energy transition and CEM provides the platform for coordinated action. The European Commission is proud to support this initiative by bringing it back to Europe in 2018.” 

“Homegrown emission-reducing and clean energy technologies play an increasingly important role in Canada’s economic growth as we support the global transition to a low-carbon economy. Government and private sector investments in clean energy and technology research and development will help us meet our climate change objectives, increase Canada's competitiveness and support employment opportunities across the country,” said Minister James Carr. “The progress we are already making on global clean energy cooperation in making clean energy affordable bodes well for the future as we advance common energy, environment and economic goals.” 

“Through the CEM, Mexico with its partners supports and commits to transition towards a clean and low carbon energy sector‎, and climate change mitigation,” said Mexico’s Secretary Pedro Joaquín Coldwell. “Through CEM initiatives on the power system transformation for renewables and energy efficiency for large users, Mexico's new energy model promotes a conducive environment for public-private partnerships and investment.” 

In addition to the campaigns launched this year, new commitments were announced for efforts initiated at CEM6 and COP21. These commitments will advance super-efficient lighting, help transform power systems for the 21st century, improve energy access, and enhance the deployment of clean energy policy expertise. 

CEM7 also featured a Startups and Solutions Technology Showcase held in San Francisco’s Union Square. The Showcase featured around 100 innovative companies and organizations from six continents demonstrating the breakthrough technologies that will advance the clean energy sector and worldwide economy for years to come. 

The week of CEM7 also included other clean energy-focused events such the Clean Energy Education & Empowerment (C3E) Symposium on Women in Clean Energy, EnergyAccessX, and Power System Transformation. 

Speakers and panelists over the two day Ministerial included California Governor Jerry Brown, Apple Vice President Lisa Jackson, EDF RE CEO Tristan Grimbert, PG&E President and CEO Tony Earley, Jr., XPRIZE Foundation Principal Paul Bunje, former U.S. Secretary of Energy Steven Chu, former U.S. Secretary of State George Shultz, University of California President Janet Napolitano, Fatih Birol, Executive Director of the International Energy Agency, Michael Liebreich, Advisory Board Chairman of Bloomberg New Energy Finance (BNEF). The full roster of ministers and speakers attending is available online

CEM Campaigns Commitments 

Developing Climate Smart Cooling Technologies: The new Advanced Cooling (AC) Campaign challenges governments and industry to develop and deploy at scale super-efficient, smart, climate friendly and affordable cooling technologies critical for prosperous and healthy societies furthering the goals of the Montreal Protocol. Access to cooling can improve health, productivity, economic growth, and educational outcomes. For example, improving the average efficiency of air conditioners sold in 2030 by 30 percent could reduce emissions by up to 25 billion tons of carbon dioxide (CO2) over the lifetime of the equipment and reduce peak electricity demand by as much as 340-790 gigawatts. To help achieve this goal, today: 

  • Canada, China, India, Saudi Arabia, and United States are joining the Advanced Cooling Challenge and are committing to promote greater use of cost-effective, energy efficient air conditioning and refrigeration equipment through appliance efficiency policies and programs. 
  • The U.S. government is partnering with the Air Conditioning, Heating, and Refrigeration Institute (AHRI), the American Society of Heating, Refrigerating, and Air Conditioning Engineers (ASHRAE), the Alliance for Responsible Atmospheric Policy,and other governments and international organizations to conduct critical research regarding the safe use of mildly flammable (A2L) and flammable (A3) refrigerants as low-global-warming-potential (low-GWP) alternatives to hydrochlorofluorocarbons (HCFCs) and hydrofluorocarbons (HFCs) in the air conditioning and refrigeration sectors. This research will support the acceleration of updated safety standards to allow widespread use of these climate-friendly refrigerants in the United States and internationally. In support of this effort, the DOE is contributing $3 million in funding, AHRI is contributing $1 million, and ASHRAE is contributing $1.2 million. 
  • Ingersoll Rand commits to spending $500 million by 2020 for research and development to deliver high efficiency and low GWP heating, ventilating, and air conditioning (HVAC) and refrigeration solutions to global markets before 2030. 
  • Honeywell commits to increasing itsproduction of its low-global-warming-potential (GWP) refrigerants, insulation materials, aerosols and solvents and anticipates spending nearly $900 million through 2019on research & development and new capacity to produce these next generation solutions, which have global warming potential equal to or better than carbon dioxide and at least 99.9 percent lower than the products they replace. 
  • Danfoss commits to speed the adoption of energy efficient equipment by providing a full array of components for low-GWP refrigerants, including deploying ejector technology which can improve the efficiency of CO2 systems by as much as 20 percent over traditional refrigerants in warm climates, and invest in a $5 million Application Development Center to help OEMs redesign traditional systems and to test them, with the aim of improving system efficiency. 
  • Goodman commits to the development of climate friendly heating and cooling systems that use low GWP refrigerants and provide high levels of energy efficient performance. 
  • Daikin Applied is committed to developing equipment-specific demand response control solutions for our entire portfolio of HVAC products and systems. Intelligent Equipment™ from Daikin Applied is a cloud-enabled controls solution that forges a new path to HVAC unit efficiency. Daikin is already developing Automated Demand Response (ADR) for Intelligent Equipment, which will allow customers to maximize their energy efficiency and offset usage from peak hours, all at the unit level. Intelligent Equipment with ADR will also help utilities meet growing energy demands. 
  • SFO commits to assessing its existing cooling equipment policies and programs and install, where appropriate, super-efficient, smart, climate-friendly and affordable cooling technologies within its facilities.
  • The Children's Investment Fund Foundation (CIFF) has assembled a team of experts to help governments and industry around the world, including in India and China, to increase the energy efficiency of air conditioners in parallel with the phase down of super-polluting HFC refrigerants. CIFF is providing a grant of $12.8 million to support this work. This work will complement CIFF's comparable support over the past several years to phasing down super-pollutant HFCs and strengthening climate protection under the Montreal Protocol. 
  • The Institute for Governance and Sustainable Development (IGSD) is assembling an expert energy efficiency team to work with governments and industries around the world to improve the efficiencies of air conditioner. The IGSD team will provide policy support and technical assistance for select countries and their industries. This will help phase out super-polluting refrigerants known as HFCs, while also supporting the switch to more efficient air conditioning technologies. 
  • The ClimateWorks Foundation commits to work with governments, industry, and other stakeholders to make cooling accessible, affordable, efficient, and climate-friendly, through a program of research, outreach and communications work. 
  • The Natural Resources Defense Council (NRDC) supports the challenge’s goals to spur breakthrough action and innovation by governments, businesses, and non-profit groups, as well as consumer awareness, to advance high-performance cooling equipment. NRDC is committed to working with government officials, community leaders, businesses, local experts, and academics across the globe – including in China, India and the United States – to develop and deploy an integrated approach that enables a transition to affordable, low- and high-tech space cooling solutions, such as super-efficient air conditioners, fans and cool roofs. NRDC believes these options will maximize energy savings, improve air quality, reduce greenhouse gases and heat island effects, and ensure all individuals can be cool and comfortable in their homes, businesses, and vehicles. 

Improving Energy Management: The new Energy Management Campaign aims to secure 50,001 global certifications to International Organization for Standardization (ISO) 50001 by 2020. ISO 50001, the global energy management system standard, has a proven framework of requirements to transform the way organizations manage energy and meet sustainable energy goals. Approximately 15,000 facilities worldwide have been certified to ISO 50001 since its launch in 2011, realizing energy improvements of 10 percent or more, often through low-cost or no-cost changes to operations. Broad implementation of ISO 50001 across commercial and industrial sectors globally could drive cumulative energy savings of approximately 62 exajoules by 2030, saving over $600 billion in energy costs and avoiding 6,500 Mt of CO2 emissions. The projected annual emissions savings in the year 2030 are equivalent to removing 215 million passenger vehicles from the road per year. 

  • A total of 15 CEM members are joining the campaign in a clear show of international support including Canada, Chile, China, Finland, Germany, the European Union, Indonesia, Japan, Mexico, Republic of Korea, Russia, South Africa, Sweden, the United Arab Emirates, and the United States. Government efforts announced during the CEM will be amplified by commitments made from private sector leaders and endorsements from partner organizations. 
  • The United States is announcing a new national campaign that accelerates the adoption of ISO 50001 and its national program Superior Energy Performance, to maximize energy savings in industrial, commercial, and institutional facilities. 
  • Canada will accelerate the adoption of innovative energy management systems and practices, including ISO 50001, as part of a suite of new energy efficiency certifications for the Canadian industrial sector. 
  • The North American governments of the United States, Canada and Mexico are committing to advance ISO 50001 adoption in industry by establishing a regional ISO 50001 adoption target by 2017, supported by development of joint technical approaches and assistance programs in key sectors. 
  • Finland is committing to integrate the use of energy management systems in its 2017-2025 plan for the Voluntary Energy Efficiency Agreement scheme for energy-intensive industries and annual reporting of energy savings and key elements for their scheme implementation. 
  • With 3,400 companies already certified to ISO 50001, Germany will build on its global leadership and aim to establish 500 energy efficiency networks around the country by 2020 that through peer exchange will drive further energy cost savings and greenhouse gas emissions reductions. 
  • Indonesia, to boost domestic implementation of ISO 50001, commits to have 1000 energy managers and 700 energy auditors certified by 2019. 
  • Japan will contribute to improving energy efficiency in industry and commercial sectors abroad by promoting capacity building and sharing of best practices regarding energy management systems based on ISO 50001. 
  • Mexico commits to increasing adoption of energy management systems based on ISO 50001 by establishing an innovative program (Pronasgen) which is directed towards large energy users in the industrial and commercial sectors, as well as agencies of Mexico’s federal government. 
  • The Republic of Korea is committing to continuously pursue energy projects and programs to support industries to further conserve energy through energy management systems including the ISO 50001. These efforts will serve as a key to achieve national energy goals based on their Energy Master Plan. 
  • The United Arab Emirates will evaluate the role that energy management systems such as ISO 50001 can play in reinforcing a sustainable environment and economy as they develop a federal long-term energy strategy analyzing optimum scenarios for demand side management as well as energy supply. 
  • The United Nations Industrial Development Organization (UNIDO), through its work to promote inclusive and sustainable industrial development, commits to working with governments around the world to adopt energy management policies, and support energy management in enterprises of all sizes to improve their energy performance. 
  • The Carbon Trust is committed to helping participating countries by offering its expertise in creating the required infrastructure to enable organizations to effectively implement energy efficiency measures and encourage best practice in energy management. This includes appropriate policy levers together with an available market of skilled energy efficiency expert advisers and trusted equipment suppliers. 
  • ClimateWorks Foundation commits to assess and support the transferability and scaling up of ISO 50001 and related policy incentives. 
  • The Climate Group commits to promote ISO 50001 as one of the many tools that companies can use to fulfill energy productivity commitments made through the EP100 campaign. 
  • Cummins commits to achieving ISO 50001 certification for a total of 40 manufacturing sites by 2020. 
  • Avant Garde Innovations is committing to implement ISO 50001 in their facilities and to work with partners to promote ISO 50001 adoption; and to work with ISO 50001 certified companies to maximize their investments in clean energy technologies. 
  • The LG Chem Ochang Plant commits to maintaining its own certification to ISO 50001 as well as providing supply chain partners with technical support to help them improve their energy and environmental performance through energy management. 
  • Samsung Electronics will maintain ISO 50001 certification for all of its manufacturing sites worldwide as a key strategy for meeting its goal to reduce GHG emissions intensity from global facilities by 70 percent based on 2008 levels. 
  • Schneider Electric pledges to certify 150 of its facilities to ISO 50001 by 2017; and promote international best practices in energy management, ISO 50001 certification, and Superior Energy Performance to its clients. 
  • Pacific Gas and Electric Company (PG&E) will educate its commercial and industrial customers about the ISO 150001 energy management standard as a vehicle to achieve greater energy savings and to help meet California’s commitment to double energy efficiency by 2030. 

Increasing Corporate Sourcing of Renewables: The new Corporate Sourcing of Renewables Campaign focuses on driving additional deployment of renewables across the range of CEM member countries. RE100, a global business initiative led by The Climate Group in partnership with CDP, as an action of the We Mean Business coalition, has estimated that if 1,000 of the world’s most influential businesses become 100 percent powered by renewables, they could decarbonize almost a tenth of all electricity used worldwide and cut more than 1,000Mt of CO2 every year. Already, corporate purchase of power in the UnitedStates has supported more than 8 GW of projects, up from just 0.6 GW in 2009, and globally more and more companies are seeking out clean energy. CEM member governments and partners joining the CEM campaign will work to significantly increase the number of companies powering operations with renewable energy and deploy supportive policies and resources that can help facilitate additional corporate sourcing of renewables. Today we are announcing that: 

  • Germany and Denmark are announcing that they are leading this campaign, and China, the European Union, Mexico, Sweden, the United Kingdom, and the United States are joining. 
  • International Renewable Energy Agency (IRENA), the Renewable Energy Buyers Alliance(REBA), RE100World Business Council for Sustainable Development (WBCSD), and World Resources Institute (WRI) are also joining the initiative in order to scale corporate procurement and drive additional deployment of renewables across the range of CEM member countries. 
  • Wells Fargo commits to purchasing renewable energy to power 100 percent of operations by 2017 with a transition to long-term agreements that fund new sources of green power by 2020. 
  • Google commits to work in collaboration with national governments, renewable energy buyers and suppliers, NGOs, and others across CEM members to convene a group of stakeholders to survey the policy and regulatory structures critical to enabling corporate purchasing of renewable energy and make policy recommendations for how to further unlock corporate renewable energy demand in CEM members. 
  • Autodesk is announcing three milestones: 1) Powering their facilities with 100 percent renewable energy – four years ahead of schedule. 2) Deepening their commitment to ‘credible’ renewable energy procurement – procuring energy that is additional, local and that spurs innovation. 3) Setting an internal price on carbon. These inter-related activities will accelerate progress toward Autodesk’s science-based greenhouse gas (GHG) emissions reduction target.” 
  • Facebook announces commitments to: 1) Provide funding to Renewable Energy Buyers Alliance (REBA) initiatives; 2) Collaborate to expand REBA internationally, 3) Work through REBA to raise awareness and help other companies navigate the complexities of PPAs; 4) Work closely with utilities to develop green tariffs; and 5) Source 50% of their data center energy from clean energy sources in 2018. 
  • Microsoft is announcing that they will power their data centers with energy that is at least 50 percent wind, hydro and solar by 2018 and 60 percent early next decade. This is a significant given that the IT sector including Microsoft are some of the fastest growing energy users in the world, consuming as much energy as a small state and in decades to come as much as mid-size nations. Microsoft is actively working through REBA to deliver on these goals in markets around the world. In addition, Microsoft pledged they will maintain 100 percent carbon neutrality on top of this new commitment. 
  • Apple commits to work with CEM countries and partners to spur the development and procurement of renewable energy within its global supply chain. Apple is working with its suppliers to install more than 4 gigawatts of new clean energy worldwide, including 2 gigawatts in China by 2020. Apple’s supply chain is the single biggest source of its comprehensive carbon footprint, so the company is committing to actively engage with ministers and partners in the US, China and other CEM countries to drive the transition to green manufacturing. 
  • While the CEM campaign is encouraging action by companies of all sizes, it is driving the biggest, most influential companies to make a 100 percent renewable power commitment and join RE100. The companies already signed up to this initiative were recognized during the Ministerial and the following companies announced they are joining RE100 taking the total number of committed companies in RE100 to 65. 
  • TD Bank Group, the first Canadian company to join RE100, has sourced renewable electricity equivalent to 100 percent of its global operations since 2015. It also generates solar energy at 124 locations, including at its net zero energy branch in Florida. 
  • Tetra Pak is committing to powering its operations with 100 percent renewable electricity by 2030, with an interim goal to reach 80 percent by 2020. By joining RE100, Tetra Pak will benefit from expert guidance and peer-to-peer learning on renewable electricity options in different markets. 
  • Interface, Inc. is committing to operate its factories on 100 percent renewable electricity by 2020. Based in the U.S., the company is already sourcing 94 percent renewable electricity across its global operations. 
  • Dentsu Aegis Network is committing to sourcing 100 percent renewable electricity by 2020. The company recognizes that de-coupling carbon from growth will allow it to become resilient to resource scarcity and price fluctuations – delivering on carbon goals while achieving long term financial savings. 
  • Equinix has a long-term goal of using 100 percent renewable electricity with an interim goal of reaching 50 percent (against a 2015 baseline) by 2017.