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2020 - Cities Renewable Energy Targets

Row numberYear Reported to CDPAccount NumberOrganizationCityCountryCDP RegionAccessRenewable energy or electricity target implementedScaleTypeEnergy / electricity types covered by target (including unit)Base yearTotal renewable energy / electricity covered by target in base yearPercentage renewable energy / electricity of total energy or electricity in base yearTarget yearTotal renewable energy / electricity covered by target in target yearPercentage renewable energy / electricity of total energy or electricity in target yearPercentage of target achievedPlease specify plans to meet the target(s) and in which sector this target will be implementedPopulationPopulation YearCity LocationLast update
701202059572District of Saanich, BCSaanichCanadaNorth AmericapublicYesLocal government operationsEnergyAll energy consumed (percentage)2007204010048See www.saanich.ca/climateplan for details.1141482016{"type"=>"Point", "coordinates"=>[123.378, 48.4594]}2021-07-16T02:25:07.463
702202054317Dehradun Municipal CorporationDehradunIndiaSouth and West Asiapublic80398320182021-07-16T02:25:07.463
703202054681Prefeitura Municipal de AraçatubaAraçatubaBrazilLatin AmericapublicYesLocal government operationsElectricityOther, please specify: Switching from metallic vapor lighting technology to LED2020Exchange of lighting technology from metallic vapors to LEDs in 100% of the urban area.1958742019{"type"=>"Point", "coordinates"=>[-50.4328, -21.2089]}2021-07-16T02:25:07.463
704202036043Abuja Federal Capital TerritoryAbujaNigeriaAfricapublicYesCity-wideElectricityAll electricity produced (in MWh)200020000.05203050003015considering the high deficit in the energy sector, government policies are in place to compensate the energy consumption in Nigeria with both renewable and non renewable sources. there is a 10,000 MW Solar Plant and a 5,000 MW Gas plant in Gwagwalada area of the Federal Capital territory of Nigeria. It is worthy to state here that there is an ongoing Nationwide Integrated Power Project which was commissioned in 2000.32780002020{"type"=>"Point", "coordinates"=>[7.39857, 9.07647]}2021-07-16T02:25:07.463
705202014088City of OsloOsloNorwayEuropepublicYesCity-wide2009002020957092100100Phase out of fossil heating oil by 2020. A national ban is to take effect by 2020. In the meantime we have national and regional supportschemes for the conversion to renewable alternatives and we work proactively to get in dialogue with people owning a oil fired boiler.Numbers for 2020 corresponds to amount of fossil heating oil (and paraffin oil) consumed in 2009 to be replaced by renewables by 20206734692017{"type"=>"Point", "coordinates"=>[10.7522, 59.9139]}2021-07-16T02:25:07.463
706202035880Municipality of Porto AlegrePorto AlegreBrazilLatin AmericapublicIntending to undertake in the next 2 years14791012010{"type"=>"Point", "coordinates"=>[51, 30]}2021-07-16T02:25:07.463
707202073295City of La Crosse, WILa CrosseUnited States of AmericaNorth AmericapublicYesLocal government operations20072370014202502526NA513202010{"type"=>"Point", "coordinates"=>[-91.2396, 43.8014]}2021-07-16T02:25:07.463
708202060092City of PorvooPorvooFinlandEuropepublicNot intending to undertake5038020192021-07-16T02:25:07.463
709202032480City of AdelaideAdelaideAustraliaSoutheast Asia and OceaniapublicYesCity-wideElectricityAll electricity consumed (in MWh)20077784405202536820850100According to the 2019 South Australian Electricity Report from the Australian Energy Market Operator, approximately 51.4% of electricity generated in South Australia was generated from renewable energy sources in December 2019 (39.5% from wind, 9.5% from rooftop PV, 2.1% solar, 0.3% from storage - battery). Currently, electricity in South Australia is generated from renewable and non-renewable sources: natural gas, wind and rooftop photovoltaics systems with some import of electricity from Victoria via the interconnector. The Low Carbon Investment Plan for South Australia has outlined an approach to achieve $10 billion of investment in low carbon energy generation by 2025. This is supported by clear policy and efficient regulatory environment, with e.g. the South Australian Government implementing the Pastoral Land Management and Conservation (Renewable Energy) Amendment Act 2015 to allow wind farms, pastoral activity and resource exploration to co-exist on Crown land used for pastoral purposes and also expedite solar developments. This plan stands alongside South Australia’s Climate Change Strategy 2015-2050, which outlines the State Government’s aspirations for a low carbon, resilient economy. The Carbon Neutral Adelaide Action Plan 2016-2021 includes a measure of success to have 15 MW of total installed capacity of solar PV in the city by 2021. This will be achieved by the following actions: - Providing incentives for the installation of renewable energy and energy storage systems in city buildings.248072018{"type"=>"Point", "coordinates"=>[138.601, -34.9285]}2021-07-16T02:25:07.463
710202055334Município de BragaBragaPortugalEuropepublicYesCity-wideEnergyAll energy consumed (percentage)2014193111720305589372062O Municipio de Braga implementou um Plano de Ação para a Energia Sustentável. A elaboração do presente teve como linha de orientação o traçar de objetivos de melhoria dos níveis de eficiência no consumo de energia e do aumento da penetração de renováveis. São, paralelamente, servidos objetivos de interesse nacional: a melhoria da sustentabilidade energética do país, redução da dependência externa do abastecimento de energia e redução da intensidade energética da economia nacional. Os objetivos de interesse nacional estão em linha com a Estratégia Nacional de Energia, ENE2020, previamente mencionada.A intervenção agora descrita encontra-se, igualmente, em linha com os objetivos do PO regional.Alguns dos projetos considerados no PAES são pertinentes e vão ao encontro da visão e prioridades estratégicas da agenda regional de energia, nomeadamente á luz dos seguintes objetivos:1. Desenvolvimento de Sistemas de Conversão Descentralizada;2. Promoção de Utilização da Água Quente Solar; 3. Racionalização de Sistemas de Utilização de Energia;4. Promoção da Eficiência Energético-ambiental;5. Generalização e aplicação adequada dos critérios de preferência associados à promoção da eficiência energético-ambiental.Desta forma, estima-se que os resultados de 2020 possam estar já muito próximos do ano da meta determinada para o consumo por energia oriunda de fontes renováveis e que esta seja atingida 10 anos mais cedo do que o previsto devido à boa dinâmica de implementação das medidas preconizadas. Na sua globalidade estão/foram investidos 3,5 milhões de euros em projetos relacionados com a Energia com figura nas Grandes Opções do Plano para 2019 o que corresponde a 5% desse mesmo orçamento.1893312020{"type"=>"Point", "coordinates"=>[-8.43821, 41.5337]}2021-07-16T02:25:07.463
7112020826208Junta Intermunicipal de Medio Ambiente de Sierra Occidental y Costa (JISOC)JISOCMexicoLatin AmericapublicYes3443252015{"type"=>"Point", "coordinates"=>[-104.783, 20.517]}2021-07-16T02:25:07.463
712202073700Mariá GrandeArgentinaLatin Americapublic807720182021-07-16T02:25:07.463
713202031117City of TorontoTorontoCanadaNorth AmericapublicYesLocal government operationsEnergyOther, please specify: Generate and utilize 1.5 million gigajoules from biogas by 2030Total gigajoules of energy generated and utilized:2016 Base year: 0.6 million gigajoules 2019: 0.9 million gigajoules29199712018{"type"=>"Point", "coordinates"=>[-79.3832, 43.6532]}2021-07-16T02:25:07.463
714202054687Prefeitura Municipal de São José dos CamposSão José dos CamposBrazilLatin AmericapublicDo not know7297372020{"type"=>"Point", "coordinates"=>[-45.8783, -23.1848]}2021-07-16T02:25:07.463
715202044080City of KitakyushuJapanEast Asiapublic94633820202021-07-16T02:25:07.463
716202036032Ville de DakarDakarSenegalAfricapublicIntending to undertake in the next 2 years12527862016{"type"=>"Point", "coordinates"=>[-17.366, 14.7645]}2021-07-16T02:25:07.463
717202054682Prefeitura Municipal de PetrolinaPetrolinaBrazilLatin AmericapublicIn progress2939622010{"type"=>"Point", "coordinates"=>[-40.5079, -9.3835]}2021-07-16T02:25:07.463
718202069824VästervikVästervik MunicipalitySwedenEuropepublicYesLocal government operations20133010020173025100Target reached 2017366792020{"type"=>"Point", "coordinates"=>[16.3484, 57.9587]}2021-07-16T02:25:07.463
719202035878City of SacramentoSacramentoUnited States of AmericaNorth AmericapublicYesLocal government operationsEnergyAll energy consumed (in MWh)2005252035The 2007 Sustainability Master Plan established a goal of reducing energy use in local government operations to 25% below 2005 levels by 2030. These goals have been adopted into the city’s 2035 General Plan.   Please see the 2035 General Plan and the Climate Action Plan for Internal Operations The General Plan takes several steps to reduce carbon emissions that contribute to climate change and is the City’s action plan for greenhouse gas reductions. Mixed-use development that encourages walking and biking, use of public transit, “green building” practices, use of solar energy systems, architectural design to reduce heat gain, recycled construction materials, and water conservation measures, are some of the strategies included in the 2035 General Plan. Since 2005, the City has implemented numerous retrofit projects that have saved energy, reduced GHG emissions and energy costs. Beginning in 2009, the City has implemented numerous LED retrofit projects across the City. To date, all City-owned traffic signals, over 15,000 City-owned and maintained streetlights, 24 libraries and community centers, five parking garages, and three municipal buildings have been retrofitted with LED lighting. The City has also completed several retrofit projects replacing boilers and installing variable frequency drives (VFDs) in HVAC and pool filtration systems. In 2020, the City has developed the first Municipal Energy Benchmarking Report prioritizing City-owned buildings and facilities for additional retrofits to increase energy efficiency at municipal facilities.*Important to note: the City just began efforts to update the General Plan, including the Climate Action Plan embedded within it. These activities will take place over the next 1-2 years and will require new/updated climate/sustainability data.5136242019{"type"=>"Point", "coordinates"=>[-121.494, 38.5816]}2021-07-16T02:25:07.463
720202031176Prefeitura do Rio de JaneiroRio de JaneiroBrazilLatin AmericapublicYesCity-wideOther, please specify: Solar energy (accessions)201602020The target is to implement instruments to encourage the development and use of renewable energy, reaching 60 accessions to the Rio Solar Program by 2020.65202662017{"type"=>"Point", "coordinates"=>[-43.5614, -22.9054]}2021-07-16T02:25:07.463
721202031155City of Buenos AiresBuenos AiresArgentinaLatin AmericapublicNot intending to undertake30637282017{"type"=>"Point", "coordinates"=>[-58.3816, -34.6037]}2021-07-16T02:25:07.463
722202054104City of BoulderBoulderUnited States of AmericaNorth AmericapublicYesCity-wideEnergyTotal installed capacity of renewable energy (in MW)20050.064203010010060With more than 300 days of sunshine per year, Boulder is the perfect place to take advantage of solar and has set a goal to have 50 MW of local generation of electricity through renewable energy sources by 2020, 100 MW by 2030 and 175 MW by 2050. To achieve this goal, the City of Boulder hired consultants in 2017 to provide recommendations on actions that would inform the city’s overall solar strategy. These series of actions, over 50, are available here and lay out the way the city will approach this goal: https://www-static.bouldercolorado.gov/docs/COB_Final_Solar_Action_Strategies-1-201803131027.pdf_ga=2.84904479.7226164.1557152915-1865843188.1539968573The strategies to achieve this goal include performance-based incentives, collaborate portfolio procurement, green leasing, community solar gardens, feed-in tariffs, PV+storage contracts, and using strategic financing mechanisms. On April 16, the Boulder City Council authorized lease agreements for bulk purchasing of solar PV that will add 2.75 megawatts of solar capacity to 14 city-owned properties, bringing the city’s total solar portfolio to 6.45 megawatts and demonstrating progress toward the city's overall community climate commitment goals by utilizing one of the strategies identified. Progress is tracked in the annual inventory and also reported here: https://bouldercolorado.gov/boulder-measures/local-renewable-generation1071002019{"type"=>"Point", "coordinates"=>[-105.252, 40.0274]}2021-07-16T02:25:07.463
7232020831999Concejo Municipal de Distrito de Monte VerdeCosta RicaLatin AmericapublicNot intending to undertake525320162021-07-16T02:25:07.463
724202054510Umeå municipalityUmeåSwedenEuropepublicYesLocal government operations20082020100The target regards municipality owned buildings. Umeå was Sweden’s first municipality to work systematically with an energy management system and is EN160001-certified. The municipality owns 700,000m2 buildings. Energy use has been reduced by 20% since 2001.1271192018{"type"=>"Point", "coordinates"=>[20.263, 63.8258]}2021-07-16T02:25:07.463
725202031148City of AmsterdamAmsterdamNetherlandsEuropepublicYesCity-wideEnergy2030550solar power8723802020{"type"=>"Point", "coordinates"=>[4.89516, 52.3702]}2021-07-16T02:25:07.463
726202073301City of Gretna, LAGretnaUnited States of AmericaNorth AmericapublicIntending to undertake in the next 2 years179352017{"type"=>"Point", "coordinates"=>[-90.0542, 29.9164]}2021-07-16T02:25:07.463
727202050544City of Aurora, ILAuroraUnited States of AmericaNorth AmericapublicYes2009652017{"type"=>"Point", "coordinates"=>[41.7606, 88.3201]}2021-07-16T02:25:07.463
728202060142City of KisumuKisumuKenyaAfricapublicIn progress11555742019{"type"=>"Point", "coordinates"=>[34.7679, -0.0917]}2021-07-16T02:25:07.463
729202050673Município de FaroFaroPortugalEuropepublicYesLocal government operationsElectricityTotal installed capacity of renewable electricity (in MW)201419235203050000455Measure to be implemented by 2030, in the energy sector610152019{"type"=>"Point", "coordinates"=>[-7.93044, 37.0194]}2021-07-16T02:25:07.463
73020202430City of BurlingtonBurlingtonUnited States of AmericaNorth AmericapublicYesCity-wide20182030100Burlington has a goal of being a net zero energy city by 2030. Burlington already produces 100% of its electricity from renewable resources. To eliminate natural gas and petroleum consumption, Burlington will endeavor to electrify space and water heating and transportation, improve building efficiency, and reduce annual miles traveled by vehicles registered in Burlington by improving alternative transportation options.422842015{"type"=>"Point", "coordinates"=>[-73.2121, 44.4759]}2021-07-16T02:25:07.463
731202036470Comune della SpeziaLa SpeziaItalyEuropepublicIn progress938702017{"type"=>"Point", "coordinates"=>[9.83632, 44.111]}2021-07-16T02:25:07.463
732202074423City of Key West, FLKey WestUnited States of AmericaNorth AmericapublicIntending to undertake in the next 2 years245652018{"type"=>"Point", "coordinates"=>[24.5551, 81.78]}2021-07-16T02:25:07.463
7332020848130San Pedro YepocapaGuatemalaLatin AmericapublicNot intending to undertake4104520202021-07-16T02:25:07.463
734202035877City of PittsburghPittsburghUnited States of AmericaNorth AmericapublicYesLocal government operationsElectricityAll electricity consumed (in MWh)200852030100100The City of Pittsburgh runs the Western PA Energy Consortium (WPEC), a buying consortium with 30 local members. WPEC aggregates the electricity procurement in order to capitalize on economies of scale in order to make renewable energy purchasing more feasible. In 2020, the City of Pittsburgh successfully transitioned to 100% renewable electricity though WPEC.3010482018{"type"=>"Point", "coordinates"=>[-79.9959, 40.4406]}2021-07-16T02:25:07.463
735202054092City of Ann ArborAnn ArborUnited States of AmericaNorth AmericapublicYesLocal government operationsEnergyAll energy consumed (percentage)2035100We plan to meet this target with a mixed approach of energy efficiency upgrades as well as renewable energy. We are in the process of identifying and assessing the feasibility of local sites to size a solar installation, as well as leveraging energy resources already owned and/or operated by the City to meet this target.1218902018{"type"=>"Point", "coordinates"=>[-83.743, 42.2808]}2021-07-16T02:25:07.463
736202049342City of RochesterRochesterUnited States of AmericaNorth AmericapublicIntending to undertake in the next 2 years2105632010{"type"=>"Point", "coordinates"=>[-77.6109, 43.161]}2021-07-16T02:25:07.463
7372020845132Prefeitura de Goiás (Goiás Velho)BrazilLatin AmericapublicDo not know2472720102021-07-16T02:25:07.463
7382020848249CorralesColombiaLatin AmericapublicIntending to undertake in the next 2 years249820182021-07-16T02:25:07.463
739202042120City of SalvadorSalvadorBrazilLatin AmericapublicIn progress28723472019{"type"=>"Point", "coordinates"=>[-38.5023, -12.973]}2021-07-16T02:25:07.463
740202013067City of New OrleansNew OrleansUnited States of AmericaNorth AmericapublicIn progress3901442019{"type"=>"Point", "coordinates"=>[-90.0715, 29.9511]}2021-07-16T02:25:07.463
741202054108City of DurhamDurham, NCUnited States of AmericaNorth AmericapublicYesLocal government operations20180020501001000Will develop a plan by 2020 outlining how to achieve goals. Includes electricity, natural gas, and vehicle fuels in government operations.2716162018{"type"=>"Point", "coordinates"=>[-78.8986, 35.994]}2021-07-16T02:25:07.463
7422020831431Cornwall CouncilUnited Kingdom of Great Britain and Northern IrelandEuropepublicYesLocal government operationsElectricityAll electricity produced (in MWh)2019372030Initially delivered through an investment of a significant proportion of Cornwall Council’s £16m Renewable Energy Investment programme into further deployment of renewables across our estate, increasing our installed capacity of renewable energy from approximately 8MW to over 20 MW, enough to power between 3,500 and 4,000 homes, or over a quarter of Cornwall Council’s current electricity demand. Plans are already being developed to switch Cornwall’s 54,000 street lights to low energy LED smart street lights56957820192021-07-16T02:25:07.463
743202010495City of Las VegasLas VegasUnited States of AmericaNorth AmericapublicYesLocal government operationsElectricityAll electricity consumed (in MWh)201612200102020100100100The City announced that beginning in 2017, the City, through a Renewable Energy Agreement with the state’s investor-owned utility NV Energy, will receive energy produced by a solar facility near Boulder City, coupled with power from NV Energy that already satisfies Nevada’s renewable portfolio standard allowing 100 percent of the City’s retail load to be served by renewable energy, bringing the city to net zero.6759712019{"type"=>"Point", "coordinates"=>[-115.14, 36.1699]}2021-07-16T02:25:07.463
744202055801City of West Palm BeachWest Palm BeachUnited States of AmericaNorth AmericapublicNot intending to undertake1151762019{"type"=>"Point", "coordinates"=>[-80.0534, 26.7153]}2021-07-16T02:25:07.463
745202049327City of ProvidenceProvidenceUnited States of AmericaNorth AmericapublicYesCity-wideElectricityAll electricity consumed (percentage)203550By 2035, 50% of electricity is carbon-free.1798832019{"type"=>"Point", "coordinates"=>[-71.4128, 41.824]}2021-07-16T02:25:07.463
7462020827047Fuzhou Municipal People's GovernmentChinaEast AsiapublicDo not know693352920172021-07-16T02:25:07.463
747202058530City of Northampton, MANorthamptonUnited States of AmericaNorth AmericapublicYesCity-wideEnergyCity Council order to move to 100% renewable, but without detailed metrics285492010{"type"=>"Point", "coordinates"=>[-72.6144, 42.3048]}2021-07-16T02:25:07.463
7482020834167Kochi Municipal CorporationKOCHIIndiaSouth and West AsiapublicIntending to undertake in the next 2 years6015742011{"type"=>"Point", "coordinates"=>[76.2673, 9.93123]}2021-07-16T02:25:07.463
74920202185Bristol City CouncilBristolUnited Kingdom of Great Britain and Northern IrelandEuropepublicYesCity-wideElectricityAll electricity consumed (percentage)20283030% of all electricity consumed in the city is generated from renewable sources by 2028.By 2030, Renewable generation within the city will be maximised, including approx. 350MW solar. New solar PV rooftop installations should be maximised where possible (estimated capacity for 500MW at viable rates of return).By 2044: Next generation wind power generators have been built on suitable sites across the city region.Various projects planned to meet goals, including City Leap https://www.energyservicebristol.co.uk/prospectus/46340020182021-07-16T02:25:07.463
7502020840161Municipality of Del CarmenDel CarmenPhilippinesSoutheast Asia and OceaniapublicIn progress200002019{"type"=>"Point", "coordinates"=>[125.97, 9.869]}2021-07-16T02:25:07.463

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Profile Picture Amy Bills

created Sep 1 2020

updated Jul 16 2021

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This data is collected through the CDP-ICLEI Unified Reporting System. When using this data, please cite both organisations using the following wording: ‘This data was collected in partnership by CDP and ICLEI - Local Governments for Sustainability’.
The dataset contains public data on cities' renewable energy targets as reported by cities in 2020. View cities questionnaire guidance https://www.cdp.net/en/guidance/guidance-for-cities. Please contact cities@cdp.net if you have any questions.

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