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and Electronic Equipment","Producing electric cables and wires, power-generating equipment, including solar modules, motors, power turbines, as well as electronic equipment and instruments, including computer chips, communication equipment, analytical instruments, lasers, display screens, point-of-sales machines, security system equipment, and healthcare equipment","capital_equipment",{"article_id":95,"industry_id":140,"created_at":134,"updated_at":16,"industry":141},"energy_utilities_and_independent_power_producers",{"id":140,"name":142,"description":143,"sector":144},"Energy Utilities and Independent Power Producers","Providing electricity and gas services, including traditional and renewable energy generation, natural and manufactured gas and operating gas networks","societal_services",{"id":146,"score":109,"body":147,"status":159,"article_id":95,"created_at":119,"updated_at":127,"published_at":119},"tk2B",{"title":148,"outcome":149,"problem":150,"summary":151,"solution":152,"attachment":153},"One of the world's largest flow battery storage system, provided by Sumitomo Electric, has come online in the island of Hokkaido in Japan","\u003Cp>The new system will support the grid-side and has been installed by Hokkaido Electric at its Minami-Hayarai substation. The capacity of the flow battery system will be shared by 15 companies, who will also share the running costs together with Hokkaido Electric. \u003C/p>\u003Cp>This is another project that shows the potential of VRFB systems. Vanadium flow batteries offer a potentially long lifetime energy storage resource, capable of heavy duty cycling over an expected 20+ years in the field. They also offer the ability to scale up energy storage capacity simply by increasing the size of liquid electrolyte tanks, unlike lithium batteries, which need to add more cell stacks and more balance of plant equipment as they add capacity. VRFBs are also considered to be safer than other batteries, due to their operation at room temperature and lack of combustible materials used in their construction.\u003C/p>","\u003Cp>The island of Hokkaido in northern Japan is populated by almost 10 million people but has limited interconnection with the rest of the country. Hokkaido Electric Power is the main power utility for the island and a regional operator of the grid. Due to large areas of suitable land, Hokkaido has become a hot spot for clean energy developments but the limited interconnection to the rest of Japan has caused issues as capacity on the grid increased. Hokkaido Electric Power has introduced rules since 2015, where new renewable energy projects must be paired with energy storage.\u003C/p>","\u003Cp>Due to limited interconnection, the island of Hokkaido has had strict rules for renewable energy projects since 2015, requesting that all developments are paired with energy storage. This has spurred development in energy storage projects. Recently, Sumitomo Electric completed the installation of a 17MW/51MWh flow battery storage system, which will support a wind farm. This is one of the largest flow battery storage installations currently in the world.\u003C/p>","\u003Cp>The rules set by the regional power utility for renewable energy developments have led to various battery projects on the island, including the first installations in Japan for Tesla’s Megapack BESS solution and a recently-completed solar-plus-storage project supplied by Sungrow. Sumitomo Electric has recently completed a 17MW/51MWh energy storage system based on the vanadium redux flow battery (VRFB) technology. Its size makes it one of the largest VRFB systems installed in the world. The system is installed to help integrate local wind energy onto the grid and has been in operation since 1st April 2022. It is the second VRFB energy storage installation completed by Sumitomo Electric on the island, after a 15MW/60MWh system commissioned in 2015.\t\u003C/p>",[154,157],{"name":155,"type":156,"value":155},"https://www.energy-storage.news/sumitomo-electric-brings-51mwh-flow-battery-online-in-northern-japan/","link",{"name":158,"type":156,"value":158},"https://www.energy-storage.news/51mwh-vanadium-flow-battery-system-ordered-for-wind-farm-in-northern-japan/","published",false,{"id":91,"type":162,"cta":16,"cta_link":16,"created_at":163,"updated_at":164,"owner_id":83,"owner_relationship":121,"views":165,"owner":166,"image":167,"contributors":171,"article_locations":173,"article_industries":181,"view_count":165,"like_count":109,"collection_count":109,"content":189,"can_edit":160},"policy_case","2022-05-16T08:32:54.680Z","2026-06-06T14:17:30.647Z",9,{"id":83,"type":84,"owner_id":83,"about":16,"job_title":16,"url":16,"linkedin":16,"email":16,"staff_of_id":16,"organisation_id":16,"organisation":16},{"id":168,"link":169,"alt":16,"source":16,"created_at":163,"updated_at":170,"article_id":91,"image_profile_id":16,"banner_profile_id":16},"XiHg96G92-0=","https://kh-assets.prod.circularity-gap.world/main-image/1778157167102-FVeeLQgK.jpeg","2022-05-25T12:12:58.181Z",[172],{"contributor_id":83},[174],{"article_id":91,"location_id":175,"created_at":134,"updated_at":16,"location":176},"1728930",{"id":175,"type":177,"name":178,"color":16,"parent_location_id":179,"created_at":180,"updated_at":16},"city","Baguio","PHL","2026-02-27T07:55:02.991Z",[182,184],{"article_id":91,"industry_id":140,"created_at":134,"updated_at":16,"industry":183},{"id":140,"name":142,"description":143,"sector":144},{"article_id":91,"industry_id":185,"created_at":134,"updated_at":16,"industry":186},"waste_management",{"id":185,"name":187,"description":188,"sector":144},"Waste Management","Collecting waste from households and businesses by means of refuse bins, wheeled bins, containers, etc., and providing treatment, incineration, materials recovery and reclamation, and disposal of hazardous and non-hazardous waste",{"id":190,"score":109,"body":191,"status":159,"article_id":91,"created_at":163,"updated_at":170,"published_at":163},"drwD",{"title":192,"outcome":193,"problem":194,"summary":195,"solution":196,"attachment":197},"The city of Baguio is planning to develop a waste to energy plan in collaboration with the state-owned Philippine National Oil Company–Renewables Corp.","\u003Cp>The development of the waste to energy plant will help the city towards a permanent solution to its solid waste disposal problem. It will also help the local government save in costs due to the garbage hauling and it will also manage to earn income from selling the renewable energy generated to the local power company. The project will also upgrade the local area and be of benefit to the communities living there.\u003C/p>","\u003Cp>The City of Baguio has had for many years a problem with solid waste disposal. Baguio produces around 402 tons of garbage daily. The city has been hauling city garbage to the nearest sanitary landfill in Capas, Tarlac which had been the temporary solution for over a decade now. Hauling the city's residual waste has been eating a huge portion of the city's resources for the hauling cost and tipping fees.\u003C/p>","\u003Cp>The City of Baguio is planning the development of an energy from waste plant in collaboration with the renewables unit of the Philippine National Oil Company.  The plant will use biodegradable waste from the city's households and companies to generate 3.4 MW of renewable energy. The local government is hoping that this project will help in solving the city's long problem with solid waste disposal.\u003C/p>","\u003Cp>The local government has proposed the development of a waste to energy plant, which will use biodegradable waste generated by the city's households to produce renewable electricity. The plant will be developed by the local government of Baguio in collaboration with the state-owned Philippine National Oil Company–Renewables Corporation (PNOC-RC). The city has currently commissioned a Waste Analysis and Characterization Study (WACS), to determine the size of the plant and the volume of waste that will be treated. The aim is to build a plant that will tailor-fit the volume of biodegradable waste produced by the households and commercial establishments in the city. The power produced by the plant will be sold to the Benguet electric Cooperative (BENECO), who will then use it as part of their power supply to the city. The plant is expected to be capable of producing 3.4 MW of renewable energy.\u003C/p>",[198,200,202],{"name":199,"type":156,"value":199},"https://www.baguio.gov.ph/content/proposed-waste-energy-plant-produce-3mw-renewable-energy",{"name":201,"type":156,"value":201},"https://www.pna.gov.ph/articles/1059237",{"name":203,"type":156,"value":203},"https://www.baguioheraldexpressonline.com/baguio-to-host-waste-to-energy-plant/",{"id":93,"type":162,"cta":16,"cta_link":16,"created_at":205,"updated_at":206,"owner_id":83,"owner_relationship":121,"views":113,"owner":207,"image":208,"contributors":212,"article_locations":214,"article_industries":221,"view_count":113,"like_count":109,"collection_count":109,"content":222,"can_edit":160},"2022-05-12T10:47:31.885Z","2026-06-06T10:05:07.272Z",{"id":83,"type":84,"owner_id":83,"about":16,"job_title":16,"url":16,"linkedin":16,"email":16,"staff_of_id":16,"organisation_id":16,"organisation":16},{"id":209,"link":210,"alt":16,"source":16,"created_at":205,"updated_at":211,"article_id":93,"image_profile_id":16,"banner_profile_id":16},"GbOVWotzwGE=","https://kh-assets.prod.circularity-gap.world/main-image/1778157218268-zK_zJEbr.jpeg","2022-05-13T10:19:43.804Z",[213],{"contributor_id":83},[215],{"article_id":93,"location_id":216,"created_at":134,"updated_at":16,"location":217},"5341145",{"id":216,"type":177,"name":218,"color":16,"parent_location_id":219,"created_at":220,"updated_at":16},"Cupertino","USA","2026-02-27T07:55:14.722Z",[],{"id":223,"score":109,"body":224,"status":159,"article_id":93,"created_at":205,"updated_at":211,"published_at":205},"J_c-",{"title":225,"outcome":226,"problem":227,"summary":228,"solution":229,"attachment":230},"Cupertino's electrification ordinance: new constructed buildings need to be all-electric","\u003Cp>By adopting this ordinance the city aims to enhance the cost savings of its buildings, improve the quality of life of its community and the health of the environment. This effort has become a regional movement; Cupertino is part of a group of over 50 cities in California adopting policies that support all-electric new construction.\u003C/p>","\u003Cp>The City of Cupertino has set a series of strategies and actions as part of its Climate Action Plan to achieve 83% reduction in carbon emissions by 2050. Cupertino wanted to take specific action with regards to buildings to achieve climate goals. \u003C/p>","\u003Cp>Cupertino adopted an electrification ordinance in late 2019, which requires all new residential and commercial buildings to be constructed all-electric. This forms part of a regional movement in California, where over 50 cities have adopted similar policies in an effort to reduce emissions and achieve climate goals.\u003C/p>","\u003Cp>In late 2019, the city adopted an electrification ordinance for all new buildings. The ordinance, established as a \"Reach Code\", sets a standard for new construction that goes beyond the state-wide building code (2019 California Energy Code). The ordinance requires all new residential and commercial buildings, including accessory dwelling units, to be all-electric and does not allow gas connections, with some small exceptions for commercial kitchens.\u003C/p>",[231,233,235,237],{"name":232,"type":156,"value":232},"https://www.svcleanenergy.org/news/city-of-cupertino-takes-action-to-fight-climate-change/",{"name":234,"type":156,"value":234},"https://lpdd.org/resources/cupertinos-electrification-ordinance/",{"name":236,"type":156,"value":236},"https://www.sierraclub.org/articles/2021/07/californias-cities-lead-way-pollution-free-homes-and-buildings",{"name":238,"type":156,"value":238},"https://www.cupertino.org/our-city/departments/environment-sustainability/reach-codes",[]]