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Berg Insight estimates that there were 13.9 million residential DERs connected to VPP software platforms in the two regions at the end of 2025. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Until 2030, Berg Insight forecasts that this number will grow at a compound annual growth rate of 18.1 percent to reach 32.0 million at the end of the period. Get up to date with the latest trends and information about vendors, products and markets.",""],"readMore":{"":null,"productSheet":{"file":"https://media.berginsight.com/2026/05/20165852/bi-virtualpowerplant1-ps.pdf"},"tableOfContents":{"text":"Executive Summary\r\n1\tIntroduction\r\n1.1\tThe electricity market\r\n1.1.1\tEurope\r\n1.1.2\tNorth America\r\n1.2\tVirtual power plants\r\n1.2.1\tDistributed energy resources\r\n1.2.2\tVPP software solutions\r\n1.2.3\tValue proposition of VPPs\r\n1.3\tMarket drivers\r\n1.3.1\tGrowing EV and renewable adoption increase electricity demand and volatility\r\n1.3.2\tVPPs enable deferred or avoided electricity infrastructure upgrades\r\n1.3.3\tIncreasing electricity prices\r\n1.3.4\tDeclining costs of solar PV, battery storage systems and other DERs\r\n1.3.5\tValue stacking improves the economics for homeowners\r\n1.3.6\tFERC Order 2222 unlocks DER market access in the US\r\n1.3.7\tNC DR framework to facilitate small-scale DER market participation in the EU\r\n1.3.8\tP415 is reshaping access to flexibility markets for DERs in Great Britain\r\n2\tCommunications Technologies and Standards\r\n2.1\t3GPP cellular\r\n2.2\tWi-Fi\r\n2.3\tDER standards and protocols\r\n2.3.1\tEcoPort/CTA-2045\r\n2.3.2\tEEBus\r\n2.3.3\tIEEE 2030.5\r\n2.3.4\tISO 15118 – Plug & Charge\r\n2.3.5\tMatter\r\n2.3.6\tModbus\r\n2.3.7\tMQTT\r\n2.3.8\tOpenADR\r\n2.3.9\tOpen Charge Point Protocol (OCPP)\r\n2.3.10\tSG-Ready\r\n2.3.11\tSunSpec\r\n3\tCompany Profiles and Strategies\r\n3.1\tAggregators and market participants\r\n3.1.1\t1KOMMA5°\r\n3.1.2\tAxle Energy\r\n3.1.3\tBase Power\r\n3.1.4\tCheckWatt\r\n3.1.5\tDavid Energy\r\n3.1.6\tEnergyHub (Alarm.com)\r\n3.1.7\tFlexa (Enpal)\r\n3.1.8\tFlower Infrastructure Technologies\r\n3.1.9\tFrank Energie\r\n3.1.10\tGenerac\r\n3.1.11\tGreenel\r\n3.1.12\tJoulen\t\r\n3.1.13\tKaluza (OVO Group\r\n3.1.14\tKraken Technologies\r\n3.1.15\tLeap\r\n3.1.16\tLumenaz\r\n3.1.17\tLunar Energy\r\n3.1.18\tOstrom\t\r\n3.1.19\tRenew Home\r\n3.1.20\tSonnen (Shell)\r\n3.1.21\tTesl\r\n3.1.22\tTibber\r\n3.1.23\tUplight\t\r\n3.1.24\tVoltalis\r\n3.1.25\tVoltus\r\n3.2\tVPP enablers and platform providers\r\n3.2.1\tBeebop.ai\r\n3.2.2\tDerapi\r\n3.2.3\tEniri\r\n3.2.4\tEnode\r\n3.2.5\tENSEK (Centrica)\r\n3.2.6\tFever Energy\r\n3.2.7\tGridX (E.ON)\r\n3.2.8\tKiwigrid\r\n3.2.9\tPodero\r\n3.2.10\tSaveeye\r\n3.2.11\tSmartca\r\n3.2.12\tTexture\r\n3.2.13\tVirtual Peaker\r\n4\tMarket Analysis and Trends\r\n4.1\tMarket forecasts\r\n4.2\tValue chain analysis\r\n4.2.1\tAggregators and market participants\r\n4.2.2\tVPP enablers and platform providers\r\n4.3\tTrends\r\n4.3.1\tCellular connectivity enhances the reliability of DER\r\n4.3.2\tVehicle-to-grid to drive significant growth in VPP capacity\r\n4.3.3\tMARI and PICASSO enable cross-border energy balancing in Europe\r\n4.3.4\tVPPs become critical as energy demand and volatility surge\r\n4.3.5\tReducing friction and providing strong incentives are key to VPP participation\r\n4.3.6\tHVAC to remain a primary driver of residential VPP capacity growth\r\nGlossary","file":"https://media.berginsight.com/2026/05/20165904/bi-virtualpowerplant1-toc.pdf"},"fullSummary":{"text":[{"tag":"b","content":"The number of residential DERs connected to VPP platforms in Europe and North America to reach 32 million by 2030","attributes":[]},"","The share of energy generated from intermittent renewable sources such as wind and solar is steadily increasing, making electricity supply more volatile and less predictable. At the same time, electricity demand is rising rapidly, driven by the expansion of data centres to support AI computing, as well as the growing adoption of electric vehicles and electrified heating and cooling systems. Together, these developments place significant strain on existing electricity grid infrastructure, much of which was designed and built decades ago for a more centralised and predictable energy system. While the expansion of renewables and electrification is beneficial for the environment, it also introduces new challenges that must be actively managed. One approach to address these challenges is the use of virtual power plants (VPPs).","","A VPP connects and aggregates distributed energy resources (DERs), such as EV chargers, energy storage systems, solar PV, HVAC systems and compressors, into a single controllable resource. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Individually, these assets have little effect on the energy system. However, when thousands of them are aggregated, they form a significant resource comparable in scale to a conventional power plant. A VPP can supply energy, reduce demand and provide critical grid-stabilisation services. These capabilities are typically delivered faster, more cleanly and at lower cost than conventional power plants. VPPs create value for multiple stakeholders in the energy sector, including utilities, energy retailers and grid operators. They also unlock new value streams for DER manufacturers and provide financial benefits for households.","","In Europe, there were an estimated 3.3 million residential DERs connected to VPP software platforms at the end of 2025. Smart heating is estimated to be the largest DER category in terms of the number of units followed by EV charging and home battery storage systems. The total flexible capacity of these DERs reached 9.0 GW at the end of 2025. In North America, there were an estimated 10.6 million residential DERs connected to VPP software platforms at the end of 2025. Smart thermostats are estimated to be the largest DER category, accounting for the vast majority of the assets. Home battery storage systems and EV chargers are estimated to account for smaller shares. The total flexible capacity of these DERs reached 13.9 GW at the end of 2025. ","","A number of companies develop and provide VPP services. This report focuses on European and North American companies that develop software solutions for aggregating residential DERs, providing various grid support services and enabling participation in wholesale energy markets. The report also includes companies that develop software and hardware solutions that enable other companies to provide these services. The former group includes specialists such as Renew Home, EnergyHub, Uplight, Voltus, Voltalis, Kraken, Axle Energy and Flexa; DER OEMs and installers such as Tesla, Sonnen, Lunar Energy and 1KOMMA5°; and energy retailers and utilities such as Tibber, Frank Energie and David Energy. Companies developing tools and platforms that enable utilities and other companies to provide VPP services include Beebop.ai, Ensek, Eniris, Kiwigrid, Enode, Virtual Peaker and GridX, among others. In terms of the number of connected DERs, US-based Renew Home and EnergyHub rank as the leading players in North America, while France-based Voltalis and UK-based Kraken rank as the largest players in Europe."],"file":"https://media.berginsight.com/2026/05/20165912/bi-virtualpowerplant1-sum.pdf"}},"analysts":[{"analyst":{"ID":889,"postAuthor":"4","postDate":"2021-01-12 15:12:24","postDateGmt":"2021-01-12 15:12:24","postContent":"","postTitle":"Martin Apelgren","postExcerpt":"","postStatus":"publish","commentStatus":"closed","pingStatus":"closed","postPassword":"","postName":"martin-backman","toPing":"","pinged":"","postModified":"2024-08-05 20:32:46","postModifiedGmt":"2024-08-05 18:32:46","postContentFiltered":"","postParent":0,"guid":"https://cms.berginsight.com/?post_type=analyst&p=889","menuOrder":0,"postType":"analyst","postMimeType":"","commentCount":"0","filter":"raw"}}],"report":"292"},"productInfoSections":[{"acfFcLayout":"list_section","heading":"Highlights from the report:","bulletPoints":[{"bulletPoint":"360-degree overview of the residential virtual power plant ecosystem."},{"bulletPoint":"Summary of key industry trends in residential DER aggregation and grid flexibility."},{"bulletPoint":"Statistical data on connected residential DERs and flexible capacity in Europe and North America. 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surveillance markets.","fullDescription":["This study investigates major application areas for connected public spaces including smart street lighting, smart parking, smart waste collection, air quality monitoring and smart city surveillance. By the end of 2024, the global installed base of individually controlled smart street lights amounted to 27.9 million units (excluding China). There were at the same time 1.5 million smart ground parking sensors installed worldwide (excluding China). The market for smart waste sensor technology is yet at an early stage, comprising some 1.6 million connected collection points globally (excluding China). The smart city surveillance equipment market was worth € 13.6 billion in 2024. The global installed base of air quality monitoring systems amounted to 206,000 units in 2024. Get up to date with the latest information about vendors, products and markets."],"readMore":{"":null,"productSheet":{"file":"https://media.berginsight.com/2026/02/11095402/bi-smartcities4-ps.pdf"},"tableOfContents":{"text":"Executive Summary\r\n1\tIntroduction\r\n1.1\tThe global trend of urbanisation\r\n1.2\tSmart cities and connected public spaces\r\n1.2.1\tSmart city architecture\r\n1.2.2\tThe management of public spaces\r\n1.3\tIoT network technologies\r\n1.3.1\tNetwork architectures\r\n1.3.2\tUnlicensed and licensed frequency bands\r\n1.3.3\tThe role of wired and wireless networks for connected public spaces\r\n1.4\tWireless IoT communications technologies\r\n1.4.1\t3GPP cellular technologies\r\n1.4.2\t3GPP-based LPWA\r\n1.4.3\tNon 3GPP-based LPWA\r\n1.4.4\tOther RF & IEEE 802.15.4\r\n2\tSmart Street Lighting\r\n2.1\tThe transition to LED and adaptive lighting\r\n2.2\tSmart street lighting\r\n2.2.1\tSmart street lighting infrastructure\r\n2.3\tMarket analysis\r\n2.3.1\tMarket forecasts\r\n2.3.2\tIndustry analysis\r\n2.3.3\tSmart lighting vendors’ bet on the broader smart cities market\r\n2.3.4\tSoftware innovation is key for competitiveness\r\n2.3.5\tAdditional market developments and observations\r\n2.4\tCompany profiles\r\n2.4.1\tAcuity Brands\r\n2.4.2\tCityLight.net\r\n2.4.3\tCityLinx\r\n2.4.4\tDimonoff\r\n2.4.5\tDhyan\r\n2.4.6\teSave\r\n2.4.7\tFlashnet (Lucy Group)\r\n2.4.8\tFonda Technology\r\n2.4.9\tItron\r\n2.4.10\tLACROIX\r\n2.4.11\tLED Roadway Lighting\r\n2.4.12\tLucy Zodion (Lucy Group)\r\n2.4.13\tM2M Telemetria\r\n2.4.14\tQuantela\r\n2.4.15\tRevetec\r\n2.4.16\tRongwen Energy Technology Group\r\n2.4.17\tSchréder\r\n2.4.18\tSignify\r\n2.4.19\tST Engineering Telematics Wireless\r\n2.4.20\tTVILIGHT\r\n2.4.21\tTerraGo\r\n2.4.22\tUbicquia\r\n2.4.23\tUmpi\r\n2.4.24\tDomestic Chinese vendors\r\n3\tSmart Parking\r\n3.1\tUrban traffic and parking\r\n3.1.1\tPassenger cars in use by region\r\n3.1.2\tTraffic congestion and parking inefficiencies\r\n3.1.3\tTypes of parking and asset ownership\r\n3.2\tSmart parking\r\n3.2.1\tSmart parking infrastructure\r\n3.3\tParking space occupancy monitoring\r\n3.3.1\tGlobal occupancy level monitoring\r\n3.3.2\tSingle space occupancy detection\r\n3.4\tMarket analysis\r\n3.4.1\tMarket forecasts\r\n3.4.2\tIndustry analysis\r\n3.4.3\tThe threat from camera-based solutions looms large\r\n3.4.4\tMarket consolidation predicted in the near-to-mid term\r\n3.4.5\tAdditional market developments and observations\r\n3.5\tCompany profiles\r\n3.5.1\tCivicSmart\r\n3.5.2\tCommuniThings\r\n3.5.3\televen-x\r\n3.5.4\tFangle Technology\r\n3.5.5\tFleximodo (GOSPACE LABS)\r\n3.5.6\tFrogparking (Towne Park)\r\n3.5.7\tFybr\r\n3.5.8\tIntelliport\r\n3.5.9\tSmart Parking Systems (City Green Light)\t\r\n3.5.10\tIoT Solutions Malta\t\r\n3.5.11\tMinebeaMitsumi & Paradox Engineering\r\n3.5.12\tMovebroad Technology\r\n3.5.13\tNedap\r\n3.5.14\tNietzsche Enterprise (NHR)\r\n3.5.15\tNwave Technologies\r\n3.5.16\tParkHelp Technologies\r\n3.5.17\tPNI\r\n3.5.18\tSICK Mobilisis\r\n3.5.19\tSmart City System\r\n3.5.20\tSmart Parking\r\n3.5.21\tUrbiotica\r\n4\tSmart Waste Collection\r\n4.1\tGlobal waste generation and management\r\n4.2\tSmart waste sensors\r\n4.2.1\tSmart waste collection infrastructure\r\n4.3\tMarket analysis\r\n4.3.1\tMarket forecasts\r\n4.3.2\tIndustry analysis\r\n4.3.3\tUS waste and recycling service providers lead smart sensor adoption\r\n4.3.4\tSensor manufacturers are moving to more holistic offerings\r\n4.3.5\tAdditional market developments and observations\r\n4.4\tCompany profiles\r\n4.4.1\tBH Technologies\r\n4.4.2\tBigbelly\r\n4.4.3\tDingtek Technology\r\n4.4.4\tEcube Labs\r\n4.4.5\tEMZ-Environmental Technology\r\n4.4.6\tEnevo\r\n4.4.7\tEvreka\r\n4.4.8\tKS Technologies\r\n4.4.9\tMilesight\r\n4.4.10\tMr. Fill\r\n4.4.11\tNordsense\r\n4.4.12\tREEN\r\n4.4.13\tRoadRunner\r\n4.4.14\tRecycle Track Systems\r\n4.4.15\tSayme\r\n4.4.16\tSensoneo\r\n4.4.17\tSigrenea (SUEZ)\r\n4.4.18\tSLOC\r\n4.4.19\tSmartEnds\r\n4.4.20\tSuperfy\r\n4.4.21\tTST Sistemas\r\n4.4.22\tWaste Digital\r\n4.4.23\tWaste Vision\r\n4.4.24\tWaste Harmonics Keter\r\n4.4.25\tZolitron\r\n5\tUrban Air Quality Monitoring\r\n5.1\tAmbient air pollution\r\n5.1.1\tTypes of ambient air pollution\r\n5.1.2\tThe measurement and communication of ambient air quality\r\n5.2\tAmbient air quality monitoring technologies\r\n5.2.1\tAmbient air quality monitoring applications\r\n5.3\tAmbient air quality monitoring in smart cities\r\n5.4\tMarket analysis\r\n5.4.1\tMarket forecasts\r\n5.4.2\tIndustry analysis\r\n5.4.3\tImportant advancements in quality assurance are underway\r\n5.4.4\tEvolving business models for the low-cost air quality monitoring market\r\n5.4.5\tAdditional market developments and observations\r\n5.5\tCompany profiles\r\n5.5.1\tAclima\r\n5.5.2\tAeroqual\r\n5.5.3\tAirly\r\n5.5.4\tAurassure\r\n5.5.5\tBettair Cities\r\n5.5.6\tBreeze Technologies\r\n5.5.7\tClarity Movement\r\n5.5.8\tEarthSense Systems\r\n5.5.9\tEcomesure\r\n5.5.10\teLichens\r\n5.5.11\tEnginko\r\n5.5.12\tEnvea\r\n5.5.13\tEnvironmental Instruments\r\n5.5.14\tKunak Technologies\r\n5.5.15\tLibelium\r\n5.5.16\tLunar Outpost\r\n5.5.17\tMagnaSCI\r\n5.5.18\tMet One Instruments (Acoem)\r\n5.5.19\tOizom\r\n5.5.20\tPalas\r\n5.5.21\tPurpleAir\r\n5.5.22\tSailhero Environmental Protection High-Tech\r\n5.5.23\tSensorbee\r\n5.5.24\tTELLUS\r\n5.5.25\tVaisala\r\n5.5.26\tVortex\r\n6\tSmart City Surveillance\r\n6.1\tIssues of public safety\r\n6.1.1\tCriminal activities and terrorist threats\r\n6.2\tSmart City Surveillance\r\n6.2.1\tFixed video surveillance infrastructure\r\n6.2.2\tBody-worn cameras (BWCs) for law enforcement\r\n6.2.3\tGunshot detection and localisation system\r\n6.3\tMarket analysis\r\n6.3.1\tMarket forecasts\r\n6.3.2\tIndustry analysis\r\n6.3.3\tWestern vendors turn to new strategies to mitigate the Chinese AI advantage\r\n6.3.4\tHybrid and cloud-based solutions are picking up speed\r\n6.3.5\tThe impact of 5G technology on networked surveillance\r\n6.4\tCompany profiles\r\n6.4.1\tAxis Communications (Canon)\r\n6.4.2\tDahua Technology\r\n6.4.3\tHanwha Vision\r\n6.4.4\tHikvision\r\n6.4.5\tHoneywell\r\n6.4.6\tInfinova\r\n6.4.7\tMotorola Solutions\r\n6.4.8\tIDIS\r\n6.4.9\ti-PRO\r\n6.4.10\tTiandy Technologies\r\n6.4.11\tUniview Technologies\r\n6.4.12\tVivotek\r\n6.4.13\tAxon\r\n6.4.14\tFlock Safety\r\n6.4.15\tCoreforce\r\n6.4.16\tDigital Ally\r\n6.4.17\tShenzhen Jingyi (Pe)\r\n6.4.18\tReveal Media\r\n6.4.19\tWCCTV\r\n6.4.20\tZepcam\r\n6.4.21\tSoundThinking\r\nGlossary","file":"https://media.berginsight.com/2026/02/11095410/bi-smartcities4-toc.pdf"},"fullSummary":{"text":[{"tag":"b","content":"The smart cities market continues to evolve at a high pace","attributes":[]},"","The public spaces of a city – such as streets, squares and transportation hubs – have become more and more crowded and congested by traffic. Meanwhile, safety concerns are also heightened as the risk for criminal activities, traffic accidents and even terrorist attacks grows larger. Improvements in the management of the public spaces of cities therefore become important to ensure that growing challenges of energy consumption, environmental degradation and public safety are addressed in the best possible way. The advancement of IoT technologies has opened up entirely new possibilities for cities to efficiently manage assets, resources and services across multiple city verticals, and effectively given rise to the concept of smart cities. Five smart city verticals have emerged as particularly important for the management of public spaces – smart street lighting, smart parking, smart waste management, urban air quality monitoring and smart city surveillance.","","Smart street lighting solutions enable remote monitoring, control and management of street lighting networks. By the end of 2024, the global installed base (excluding China) of individually controlled smart street lights amounted to 27.9 million units. Growing at a CAGR of 21.8 percent, the number is expected to reach 74.5 million in 2029. Europe is the leading adopter, accounting for more than 42 percent of the installed base. North America was the second largest market while the Rest of World region currently constitutes the fastest growing market. At the end of 2024, the leading smart street lighting vendor was Dutch Signify with an installed base of 5.8 million lighting controls. Included in the top four are also US-based Itron, Belgian Schréder and Flashnet (Lucy Group) from Romania.","","Smart parking solutions based on connected parking occupancy detection sensors offer the possibility to provide real-time visibility of parking availability anywhere in a city. The dominant sensor types for such applications are in-ground and surface-mount sensors, collectively referred to as ground parking sensors. In 2024, there were nearly 1.5 million smart ground parking sensors installed globally (excluding China). The number will grow to 3.4 million units by 2029. Europe accounted for around 49 percent of the installed sensors while the North American and Rest of World regions represented around 293,000 and 456,000 devices respectively. At the end of 2024, the leading vendors in the market were Frogparking, CivicSmart and Urbiotica.","","The primary hardware needed for smart waste management applications is smart waste sensors that measure fill-levels in waste bins and containers throughout a city. These sensors may either be pre-integrated into bins and containers, for example as a smart bin offering, or retrofitted on existing collection points. The installed base of smart waste sensors reached around 1.6 million units globally in 2024 (excluding China). The market is expected to grow at a CAGR of 22.3 percent to reach 4.3 million units in 2029. Europe constitutes the leading market, accounting for around 45 percent of the global installed base. At the end of 2024, the five largest providers of smart waste sensor technology in terms of installed base were the US-based RoadRunner, Waste Harmonics and BigBelly as well as Belgian SmartEnds and Norwegian REEN from Europe.","","Traditional air quality monitoring systems have been around for decades to enable regulatory monitoring operations and typically consist of highly advanced and expensive stations deployed only at one or a few locations in major cities. The last decade has however seen a growing adoption of increasingly affordable and small non-regulatory and networked air quality monitoring devices that can serve as useful complements to traditional regulatory monitoring networks. The global installed base of such devices amounted to 206,000 units in 2024 and the figure is expected to grow at a CAGR of 25.2 percent in the next five years. Europe, North America and China lead the adoption. Leading vendors include companies such as Aclima, Aeroqual, Airly, Breeze Technologies, Clarity Movement, Ecomesure, Envea, Environmental Instruments (AQMesh), Kunak Technologies, Libelium, Met One Instruments (Acoem) and Oizom.","","Smart city surveillance refers to the use of networked security technology to improve safety levels in urban areas. The market is dominated by fixed network surveillance infrastructure, but applications such as body-worn cameras and gunshot detection sensors have also emerged as important complements for city surveillance operations. The smart city surveillance equipment market was in 2024 worth € 13.6 billion. Asia-Pacific and in particular China accounts for the majority. The market will grow at a CAGR of 15.6 percent to reach €_28.0 billion by 2029. Leading video surveillance vendors include the Chinese vendors Hikvision and Dahua Technology as well as Swedish Axis Communications, while the leading providers of urban gunshot detection and BWCs are SoundThinking and Axon respectively."],"file":"https://media.berginsight.com/2026/02/11095421/bi-smartcities4-sum.pdf"}},"analysts":[{"analyst":{"ID":3928,"postAuthor":"3","postDate":"2023-08-22 09:48:16","postDateGmt":"2023-08-22 07:48:16","postContent":"","postTitle":"Felix Linderum","postExcerpt":"","postStatus":"publish","commentStatus":"closed","pingStatus":"closed","postPassword":"","postName":"felix-linderum","toPing":"","pinged":"","postModified":"2026-03-25 20:49:18","postModifiedGmt":"2026-03-25 19:49:18","postContentFiltered":"","postParent":0,"guid":"https://cms.berginsight.com/?post_type=analyst&p=3928","menuOrder":0,"postType":"analyst","postMimeType":"","commentCount":"0","filter":"raw"}},{"analyst":{"ID":3807,"postAuthor":"3","postDate":"2023-06-17 14:25:19","postDateGmt":"2023-06-17 12:25:19","postContent":"","postTitle":"William Ankréus","postExcerpt":"","postStatus":"publish","commentStatus":"closed","pingStatus":"closed","postPassword":"","postName":"william-ankreus","toPing":"","pinged":"","postModified":"2024-09-16 13:30:45","postModifiedGmt":"2024-09-16 11:30:45","postContentFiltered":"","postParent":0,"guid":"https://cms.berginsight.com/?post_type=analyst&p=3807","menuOrder":0,"postType":"analyst","postMimeType":"","commentCount":"0","filter":"raw"}}],"report":"282"},"productInfoSections":[{"acfFcLayout":"list_section","heading":"Highlights from the report:","bulletPoints":[{"bulletPoint":"Insights from 50 new executive interviews with market leading companies."},{"bulletPoint":"360-degree overview of the smart cities ecosystem."},{"bulletPoint":"In-depth analysis of smart street lighting, parking, waste collection, air quality monitoring and city surveillance."},{"bulletPoint":"New detailed profiles of 123 solution vendors."},{"bulletPoint":"Summary of industry trends in each market segment."},{"bulletPoint":"Market forecasts by region and technology lasting until 2029."}]}],"pageContent":[{"acfFcLayout":"products_module","data":{"":null,"mode":"latest_all","showPrices":true,"heading":"You may also be interested in:","link":null,"category":false,"products":false}}]},"image":{"name":"Smart Cities 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The study concludes that the installed base of smart electricity meters in Latin America and the Caribbean will grow at a compound annual growth rate (CAGR) of 23.5 percent throughout the forecast period, from 17.3 million in 2024 to 61.3 million in 2030. Get up to date with the latest information about vendors, products and local developments in each country."],"readMore":{"":null,"productSheet":{"file":"https://media.berginsight.com/2026/01/20162133/bi-smla3-ps.pdf"},"tableOfContents":{"text":"Executive Summary\r\n1\tSmart Metering Solutions\r\n1.1\tIntroduction to smart grids\r\n1.2\tSmart metering\r\n1.2.1\tSmart metering applications\r\n1.2.2\tSmart metering infrastructure\r\n1.2.3\tBenefits of smart metering\r\n1.3\tProject strategies\r\n1.3.1\tSystem design and sourcing\r\n1.3.2\tRollout and integration\r\n1.3.3\tImplementation and operation\r\n1.3.4\tCommunication with customers\r\n1.4\tRegulatory issues\r\n1.4.1\tModels for the introduction of smart meters\r\n1.4.2\tStandardisation\r\n1.4.3\tIndividual rights issues\r\n2\tIoT Networks and Communications Technologies\r\n2.1\tIoT network technologies\r\n2.1.1\tNetwork architectures\r\n2.1.2\tUnlicensed and licensed frequency bands\r\n2.2\tPLC technology and standards\r\n2.2.1\tInternational standards organisations\r\n2.2.2\tG3-PLC\r\n2.2.3\tPRIME\r\n2.2.4\tMeters & More\r\n2.3\t3GPP cellular and LPWA technologies\r\n2.3.1\t2G/3G/4G/5G cellular technologies and IoT\r\n2.3.2\tNB-IoT and LTE-M\r\n2.3.3\tThe role of cellular networks in smart meter communications\r\n2.3.4\tLoRa and LoRaWAN\r\n2.3.5\tSigfox\r\n2.4\tIEEE 802.15.4-based RF\r\n2.4.1\tIEEE 802.15.4\r\n2.4.2\tWi-SUN\r\n2.4.3\tProprietary IPv6 connectivity stacks based on 802.15.4\r\n3\tSmart Metering Industry Players\r\n3.1\tMeter vendors\r\n3.1.1\tItron\r\n3.1.2\tLandis+Gyr\r\n3.1.3\tAclara (Hubbell)\r\n3.1.4\tDiscar\r\n3.1.5\tElgama Elektronika (Linyang Energy)\r\n3.1.6\tGridspertise\r\n3.1.7\tHexing Electrical\r\n3.1.8\tHolley Technology\r\n3.1.9\tHoneywell (Elster)\r\n3.1.10\tIskraemeco\r\n3.1.11\tKAIFA Technology\r\n3.1.12\tNetworked Energy Services\r\n3.1.13\tSagemcom\r\n3.1.14\tSilexis\r\n3.1.15\tSanxing Electric (Nansen)\r\n3.1.16\tWasion\r\n3.1.17\tWEG Group\r\n3.1.18\tZIV\r\n3.2\tCommunications solution providers\r\n3.2.1\tAviat Networks (4RF)\r\n3.2.2\tCorinex\r\n3.2.3\tNuriFlex\r\n3.2.4\tTantalus Systems\r\n3.2.5\tTrilliant\r\n3.3\tSoftware solution providers\r\n3.3.1\tFluentgrid\r\n3.3.2\tHarris Utilities\r\n3.3.3\tIndra (Minsait)\r\n3.3.4\tEPAM Neoris\r\n3.3.5\tSAP\r\n3.3.6\tSiemens\r\n3.4\tSystem integrators and communications service providers\r\n3.4.1\tAccenture\r\n3.4.2\tAmérica Móvil\r\n3.4.3\tAtiva Soluções\r\n3.4.4\tCAS Tecnologia\r\n3.4.5\tCisco\r\n3.4.6\tIBM\r\n3.4.7\tNTT\r\n3.4.8\tTelefónica\r\n3.4.9\tTelecom Italia (TIM)\r\n3.4.10\tTrópico\r\n4\tMarket Profiles\r\n4.1\tRegional summary\r\n4.2\tArgentina\r\n4.2.1\tElectricity and gas utility industry structure\r\n4.2.2\tMetering regulatory environment and smart metering market developments\r\n4.3\tBahamas\r\n4.3.1\tElectricity utility industry structure\r\n4.3.2\tMetering regulatory environment and smart metering market developments\r\n4.4\tBarbados\r\n4.4.1\tElectricity utility industry structure\r\n4.4.2\tMetering regulatory environment and smart metering market developments\r\n4.5\tBelize\r\n4.5.1\tElectricity utility industry structure\r\n4.5.2\tMetering regulatory environment and smart metering market developments\r\n4.6\tBolivia\r\n4.6.1\tElectricity utility industry structure\r\n4.6.2\tMetering regulatory environment and smart metering market developments\r\n4.7\tBrazil\r\n4.7.1\tElectricity industry structure\r\n4.7.2\tGas utility industry structure\r\n4.7.3\tMetering regulatory environment and smart metering market developments\r\n4.7.4\tSmart metering market developments\r\n4.8\tChile\r\n4.8.1\tElectricity and gas utility industry structure\r\n4.8.2\tMetering regulatory environment and smart metering market developments\r\n4.9\tColombia\r\n4.9.1\tElectricity and gas utility industry structure\r\n4.9.2\tMetering regulatory environment and smart metering market developments\r\n4.10\tCosta Rica\r\n4.10.1\tElectricity utility industry structure\r\n4.10.2\tMetering regulatory environment and smart metering market developments\r\n4.11\tDominican Republic\r\n4.11.1\tElectricity utility industry structure\r\n4.11.2\tMetering regulatory environment and smart metering market developments\r\n4.12\tEcuador\r\n4.12.1\tElectricity utility industry structure\r\n4.12.2\tMetering regulatory environment and smart metering market developments\r\n4.13\tEl Salvador\r\n4.13.1\tElectricity utility industry structure\r\n4.13.2\tMetering regulatory environment and smart metering market developments\r\n4.14\tGuatemala\r\n4.14.1\tElectricity utility industry structure\r\n4.14.2\tMetering regulatory environment and smart metering market developments\r\n4.15\tHonduras\r\n4.15.1\tElectricity and gas utility industry structure\r\n4.15.2\tMetering regulatory environment and smart metering market developments\r\n4.16\tJamaica\r\n4.16.1\tElectricity utility industry structure\r\n4.16.2\tMetering regulatory environment and smart metering market developments\r\n4.17\tMexico\r\n4.17.1\tElectricity and gas utility industry structure\r\n4.17.2\tMetering regulatory environment and smart metering market developments\r\n4.18\tPanama\r\n4.18.1\tElectricity utility industry structure\r\n4.18.2\tMetering regulatory environment and smart metering market developments\r\n4.19\tParaguay\r\n4.19.1\tElectricity utility industry structure\r\n4.19.2\tMetering regulatory environment and smart metering market developments\r\n4.20\tPeru\r\n4.20.1\tElectricity and gas utility industry structure\r\n4.20.2\tMetering regulatory environment and smart metering market developments\r\n4.21\tPuerto Rico\r\n4.21.1\tElectricity utility industry structure\r\n4.21.2\tMetering regulatory environment and smart metering market developments\r\n4.22\tTrinidad and Tobago\r\n4.22.1\tElectricity utility industry structure\r\n4.22.2\tMetering regulatory environment and smart metering market developments\r\n4.23\tUruguay\r\n4.23.1\tElectricity and gas utility industry structure\r\n4.23.2\tMetering regulatory environment and smart metering market developments\r\n5\tMarket Analysis\r\n5.1\tSmart electricity metering\r\n5.2\tMarket forecasts\r\n5.2.1\tArgentina\r\n5.2.2\tBahamas\r\n5.2.3\tBarbados\r\n5.2.4\tBelize\r\n5.2.5\tBolivia\r\n5.2.6\tBrazil\r\n5.2.7\tChile\r\n5.2.8\tColombia\r\n5.2.9\tCosta Rica\r\n5.2.10\tDominican Republic\r\n5.2.11\tEcuador\r\n5.2.12\tEl Salvador\r\n5.2.13\tGuatemala\r\n5.2.14\tHonduras\r\n5.2.15\tJamaica\r\n5.2.16\tMexico\r\n5.2.17\tPanama\r\n5.2.18\tParaguay\r\n5.2.19\tPeru\r\n5.2.20\tPuerto Rico\r\n5.2.21\tTrinidad and Tobago\r\n5.2.22\tUruguay\r\n5.3\tIndustry analysis and technology trends\r\n5.3.1\tTechnology vendors\r\n5.3.2\tTechnology trends\r\n5.4\tSmart gas metering\r\n6\tCase Studies\r\n6.1\tCemig\r\n6.2\tCOPEL\r\n6.3\tGrupo ICE\r\n6.4\tLight\r\n6.5\tUTE\r\nGlossary","file":"https://media.berginsight.com/2026/01/20162141/bi-smla3-toc.pdf"},"fullSummary":{"text":[{"tag":"b","content":"Smart electricity meter adoption in Latin America and the Caribbean set for strong growth by 2030","attributes":[]},"","Smart metering is widely regarded as a cornerstone for future smart grids and is currently being deployed all over the developed world, with a growing number of large-scale initiatives now also being launched in developing countries. With more than 223 million electricity customers, Latin America and the Caribbean constitute a large market with significant potential, as well as a significantly lower penetration rate of smart meters in comparison to regions such as East Asia, Europe and North America. The annual demand for electricity meters in Latin America and the Caribbean ranges from 20 to 30 million units, out of which Brazil and Mexico together account for over 65 percent. With the exception of the South and Central American countries Uruguay, Costa Rica and Belize, along with Barbados, Jamaica, Trinidad and Tobago and Puerto Rico in the Caribbean, the region has not yet seen the implementation of nationwide smart metering projects. However, a number of utilities in the region are scaling up their smart metering initiatives. Overall, high non-technical electricity losses due to the prevalence of energy theft throughout Latin America and the Caribbean will continue to be a major driver for smart metering investments in the region.","","Berg Insight forecasts that the installed base of smart electricity meters in Latin America and the Caribbean – defined as the South American countries Argentina, Bolivia, Brazil, Chile, Colombia, Ecuador, Paraguay, Peru and Uruguay, the Central American countries Belize, Costa Rica, El Salvador, Guatemala, Honduras, Mexico and Panama and the Caribbean countries and territories Bahamas, Barbados, the Dominican Republic, Jamaica, Puerto Rico and Trinidad and Tobago – will grow at a compound annual growth rate of 23.5 percent from 17.3 million in 2024 to 61.3 million in 2030. New installations will largely be driven by deployments in the two largest markets in the region – Brazil and Mexico – while countries such as Argentina, Colombia, Ecuador and Peru are expected to grow their share of annual shipment volumes throughout the forecast period. Berg Insight projects that 48.5 million new smart electricity meters will be installed in Latin America and the Caribbean during 2024–2030. Annual shipment volumes are forecasted to grow from 2.8 million units in 2024 to nearly 11.3 million units in 2030. The smart meter penetration rate across Latin America and the Caribbean is meanwhile forecasted to reach 24.8 percent in 2030 – up from 7.7 percent in 2024.","","South America is home to 70 percent of all electricity users in Latin America and the Caribbean and accounts for around 60 percent of the installed base of smart electricity meters in the region. South America will also constitute the fastest growing regional smart metering market in Latin America and the Caribbean throughout the forecast period. Brazil in particular is a highly interesting market for smart metering solution vendors with its 94 million electricity users and low penetration rate of smart meters – 6.5 percent in 2024. The market is set to see significant growth over the coming years as the government has recently introduced a number of new laws and policies that actively promote the deployment of smart meters on a large scale, while several utilities such as Cemig, COPEL, Enel and CPFL have already began to invest significantly in AMI. Further Brazilian utilities are expected to increase their investments in the technology in the coming few years and the country is forecasted to account for more than half of the shipped smart electricity meters in Latin America and the Caribbean during the forecast period.","","In Uruguay, the nationwide rollout by the state-owned utility UTE had largely been completed by the end of 2024 and the country has therefore become the first country in South America to reach near universal smart metering coverage. In neighbouring Argentina, Berg Insight estimates that the installed base of smart meters will increase more than six-fold from around 730,000 units in 2024 to more than 4.6 million in 2030. Smart metering deployments in Chile meanwhile peaked in 2018–2019 and have since decreased, mainly due to regulatory ambiguity. There is however potential for a more positive market development should the regulatory environment in the country improve. Colombia is another country which – despite the existence of a regulatory framework for smart metering – has suffered from a lack of policy uncertainty which has impacted the development of smart metering negatively. The installed base of smart meters in the country is nonetheless expected to increase significantly driven by deployments by the largest utility group Grupo EPM alongside Enel Colombia. Peru is a more nascent market, although a series of positive regulatory developments during the past two years has set the country up for a large-scale rollout that is proposed to start in the late 2020s. In Ecuador, investments in smart metering are similarly expected to increase throughout the forecast period. The only two landlocked countries in South America – Bolivia and Paraguay – are also two of the least mature smart metering markets in Latin America and the Caribbean. Berg Insight expects that both markets will see moderate growth and continue to be largely in the smart metering pilot phase throughout the forecast period.","","Central America is the most nascent smart metering market in Latin America and the Caribbean, although a few countries have made notable progress with significant smart metering projects now underway. The rollout of smart electricity meters in Costa Rica progresses steadily and the country has now reached a smart meter penetration rate above 50 percent. Honduras has long deployed smart meters as a tool to reduce non-technical losses and ended 2024 with an installed base of more than 500,000 units. The small country Belize meanwhile initiated a nationwide smart metering rollout in 2024 which is set to be completed within three years. El Salvador, Guatemala and Panama are all countries with relatively low installed bases of smart meters and Berg Insight expects that these markets will slowly increase the scope and scale of their deployments. In Panama, several important policy developments that promote the deployment of smart meters have recently taken place, while El Salvador is also making significant strides spearheaded by the country’s two main utilities. In the largest country in Central America – Mexico – the state-owned utility CFE has an ongoing project that seeks to scale the conversion of basic electronic and electromechanical meters to smart meters.","","Utilities in the Caribbean were in contrast to their counterparts in South and Central America early to implement smart metering. Trinidad and Tobago as well as the US jurisdiction of Puerto Rico are already underway with a second wave of smart metering installations, although their existing meter parks are mainly made up of smart meters with very basic functionalities. Barbados has rolled out smart meters for effectively all customers, while Jamaica has achieved a smart meter penetration rate of more than 75 percent. The main utility in the Bahamas is meanwhile about to embark on a smart meter rollout, while deployments in the Dominican Republic are expected to steadily increase in line with the country’s national electricity loss reduction plan."],"file":"https://media.berginsight.com/2026/01/20162148/bi-smla3-sum.pdf"}},"analysts":[{"analyst":{"ID":3928,"postAuthor":"3","postDate":"2023-08-22 09:48:16","postDateGmt":"2023-08-22 07:48:16","postContent":"","postTitle":"Felix Linderum","postExcerpt":"","postStatus":"publish","commentStatus":"closed","pingStatus":"closed","postPassword":"","postName":"felix-linderum","toPing":"","pinged":"","postModified":"2026-03-25 20:49:18","postModifiedGmt":"2026-03-25 19:49:18","postContentFiltered":"","postParent":0,"guid":"https://cms.berginsight.com/?post_type=analyst&p=3928","menuOrder":0,"postType":"analyst","postMimeType":"","commentCount":"0","filter":"raw"}}],"report":"277"},"productInfoSections":[{"acfFcLayout":"list_section","heading":"Highlights from 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Berg Insight estimates that there were 13.9 million residential DERs connected to VPP software platforms in the two regions at the end of 2025. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Until 2030, Berg Insight forecasts that this number will grow at a compound annual growth rate of 18.1 percent to reach 32.0 million at the end of the period. Get up to date with the latest trends and information about vendors, products and markets.",""],"readMore":{"":null,"productSheet":{"file":"https://media.berginsight.com/2026/05/20165852/bi-virtualpowerplant1-ps.pdf"},"tableOfContents":{"text":"Executive Summary\r\n1\tIntroduction\r\n1.1\tThe electricity market\r\n1.1.1\tEurope\r\n1.1.2\tNorth America\r\n1.2\tVirtual power plants\r\n1.2.1\tDistributed energy resources\r\n1.2.2\tVPP software solutions\r\n1.2.3\tValue proposition of VPPs\r\n1.3\tMarket drivers\r\n1.3.1\tGrowing EV and renewable adoption increase electricity demand and volatility\r\n1.3.2\tVPPs enable deferred or avoided electricity infrastructure upgrades\r\n1.3.3\tIncreasing electricity prices\r\n1.3.4\tDeclining costs of solar PV, battery storage systems and other DERs\r\n1.3.5\tValue stacking improves the economics for homeowners\r\n1.3.6\tFERC Order 2222 unlocks DER market access in the US\r\n1.3.7\tNC DR framework to facilitate small-scale DER market participation in the EU\r\n1.3.8\tP415 is reshaping access to flexibility markets for DERs in Great Britain\r\n2\tCommunications Technologies and Standards\r\n2.1\t3GPP cellular\r\n2.2\tWi-Fi\r\n2.3\tDER standards and protocols\r\n2.3.1\tEcoPort/CTA-2045\r\n2.3.2\tEEBus\r\n2.3.3\tIEEE 2030.5\r\n2.3.4\tISO 15118 – Plug & Charge\r\n2.3.5\tMatter\r\n2.3.6\tModbus\r\n2.3.7\tMQTT\r\n2.3.8\tOpenADR\r\n2.3.9\tOpen Charge Point Protocol (OCPP)\r\n2.3.10\tSG-Ready\r\n2.3.11\tSunSpec\r\n3\tCompany Profiles and Strategies\r\n3.1\tAggregators and market participants\r\n3.1.1\t1KOMMA5°\r\n3.1.2\tAxle Energy\r\n3.1.3\tBase Power\r\n3.1.4\tCheckWatt\r\n3.1.5\tDavid Energy\r\n3.1.6\tEnergyHub (Alarm.com)\r\n3.1.7\tFlexa (Enpal)\r\n3.1.8\tFlower Infrastructure Technologies\r\n3.1.9\tFrank Energie\r\n3.1.10\tGenerac\r\n3.1.11\tGreenel\r\n3.1.12\tJoulen\t\r\n3.1.13\tKaluza (OVO Group\r\n3.1.14\tKraken Technologies\r\n3.1.15\tLeap\r\n3.1.16\tLumenaz\r\n3.1.17\tLunar Energy\r\n3.1.18\tOstrom\t\r\n3.1.19\tRenew Home\r\n3.1.20\tSonnen (Shell)\r\n3.1.21\tTesl\r\n3.1.22\tTibber\r\n3.1.23\tUplight\t\r\n3.1.24\tVoltalis\r\n3.1.25\tVoltus\r\n3.2\tVPP enablers and platform providers\r\n3.2.1\tBeebop.ai\r\n3.2.2\tDerapi\r\n3.2.3\tEniri\r\n3.2.4\tEnode\r\n3.2.5\tENSEK (Centrica)\r\n3.2.6\tFever Energy\r\n3.2.7\tGridX (E.ON)\r\n3.2.8\tKiwigrid\r\n3.2.9\tPodero\r\n3.2.10\tSaveeye\r\n3.2.11\tSmartca\r\n3.2.12\tTexture\r\n3.2.13\tVirtual Peaker\r\n4\tMarket Analysis and Trends\r\n4.1\tMarket forecasts\r\n4.2\tValue chain analysis\r\n4.2.1\tAggregators and market participants\r\n4.2.2\tVPP enablers and platform providers\r\n4.3\tTrends\r\n4.3.1\tCellular connectivity enhances the reliability of DER\r\n4.3.2\tVehicle-to-grid to drive significant growth in VPP capacity\r\n4.3.3\tMARI and PICASSO enable cross-border energy balancing in Europe\r\n4.3.4\tVPPs become critical as energy demand and volatility surge\r\n4.3.5\tReducing friction and providing strong incentives are key to VPP participation\r\n4.3.6\tHVAC to remain a primary driver of residential VPP capacity growth\r\nGlossary","file":"https://media.berginsight.com/2026/05/20165904/bi-virtualpowerplant1-toc.pdf"},"fullSummary":{"text":[{"tag":"b","content":"The number of residential DERs connected to VPP platforms in Europe and North America to reach 32 million by 2030","attributes":[]},"","The share of energy generated from intermittent renewable sources such as wind and solar is steadily increasing, making electricity supply more volatile and less predictable. At the same time, electricity demand is rising rapidly, driven by the expansion of data centres to support AI computing, as well as the growing adoption of electric vehicles and electrified heating and cooling systems. Together, these developments place significant strain on existing electricity grid infrastructure, much of which was designed and built decades ago for a more centralised and predictable energy system. While the expansion of renewables and electrification is beneficial for the environment, it also introduces new challenges that must be actively managed. One approach to address these challenges is the use of virtual power plants (VPPs).","","A VPP connects and aggregates distributed energy resources (DERs), such as EV chargers, energy storage systems, solar PV, HVAC systems and compressors, into a single controllable resource. Residential VPPs aggregate DERs installed in homes, primarily smart thermostats, EV chargers, home batteries, heat pumps and rooftop solar PV systems. Individually, these assets have little effect on the energy system. However, when thousands of them are aggregated, they form a significant resource comparable in scale to a conventional power plant. A VPP can supply energy, reduce demand and provide critical grid-stabilisation services. These capabilities are typically delivered faster, more cleanly and at lower cost than conventional power plants. VPPs create value for multiple stakeholders in the energy sector, including utilities, energy retailers and grid operators. They also unlock new value streams for DER manufacturers and provide financial benefits for households.","","In Europe, there were an estimated 3.3 million residential DERs connected to VPP software platforms at the end of 2025. Smart heating is estimated to be the largest DER category in terms of the number of units followed by EV charging and home battery storage systems. The total flexible capacity of these DERs reached 9.0 GW at the end of 2025. In North America, there were an estimated 10.6 million residential DERs connected to VPP software platforms at the end of 2025. Smart thermostats are estimated to be the largest DER category, accounting for the vast majority of the assets. Home battery storage systems and EV chargers are estimated to account for smaller shares. The total flexible capacity of these DERs reached 13.9 GW at the end of 2025. ","","A number of companies develop and provide VPP services. This report focuses on European and North American companies that develop software solutions for aggregating residential DERs, providing various grid support services and enabling participation in wholesale energy markets. The report also includes companies that develop software and hardware solutions that enable other companies to provide these services. The former group includes specialists such as Renew Home, EnergyHub, Uplight, Voltus, Voltalis, Kraken, Axle Energy and Flexa; DER OEMs and installers such as Tesla, Sonnen, Lunar Energy and 1KOMMA5°; and energy retailers and utilities such as Tibber, Frank Energie and David Energy. Companies developing tools and platforms that enable utilities and other companies to provide VPP services include Beebop.ai, Ensek, Eniris, Kiwigrid, Enode, Virtual Peaker and GridX, among others. In terms of the number of connected DERs, US-based Renew Home and EnergyHub rank as the leading players in North America, while France-based Voltalis and UK-based Kraken rank as the largest players in Europe."],"file":"https://media.berginsight.com/2026/05/20165912/bi-virtualpowerplant1-sum.pdf"}},"analysts":[{"analyst":{"ID":889,"postAuthor":"4","postDate":"2021-01-12 15:12:24","postDateGmt":"2021-01-12 15:12:24","postContent":"","postTitle":"Martin Apelgren","postExcerpt":"","postStatus":"publish","commentStatus":"closed","pingStatus":"closed","postPassword":"","postName":"martin-backman","toPing":"","pinged":"","postModified":"2024-08-05 20:32:46","postModifiedGmt":"2024-08-05 18:32:46","postContentFiltered":"","postParent":0,"guid":"https://cms.berginsight.com/?post_type=analyst&p=889","menuOrder":0,"postType":"analyst","postMimeType":"","commentCount":"0","filter":"raw"}}],"report":"292","variations":[{"id":6415,"name":"The Residential Virtual Power Plant Software Market - 1 user license","slug":"the-residential-virtual-power-plant-software-market-1-user-license","dateCreated":{"date":"2026-05-20 17:04:33.000000","timezoneType":3,"timezone":"Europe/Stockholm"},"dateModified":{"date":"2026-05-20 17:05:12.000000","timezoneType":3,"timezone":"Europe/Stockholm"},"status":"publish","featured":false,"catalogVisibility":"visible","description":"","shortDescription":"","sku":"","globalUniqueId":"","price":"1500","regularPrice":"1500","salePrice":"","dateOnSaleFrom":null,"dateOnSaleTo":null,"totalSales":"0","taxStatus":"taxable","taxClass":"parent","manageStock":false,"stockQuantity":null,"stockStatus":"instock","backorders":"no","lowStockAmount":"","soldIndividually":false,"weight":"","length":"","width":"","height":"","upsellIds":[],"crossSellIds":[],"parentId":6410,"reviewsAllowed":false,"purchaseNote":"","attributes":{"paLicence":"1-user-license"},"defaultAttributes":[],"menuOrder":1,"postPassword":"","virtual":true,"downloadable":true,"categoryIds":[],"tagIds":[],"brandIds":[],"shippingClassId":0,"downloads":[],"imageId":0,"galleryImageIds":[],"downloadLimit":-1,"downloadExpiry":-1,"ratingCounts":[],"averageRating":0,"reviewCount":0,"cogsValue":null,"attributeSummary":"Licence: 1 user license","cogsValueIsAdditive":false,"metaData":[{"id":126396,"key":"_vies_product_is_service","value":"no"}]},{"id":6416,"name":"The Residential Virtual Power Plant Software Market - 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