Tech Roadmap: Energy Management Technologies (2024)

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Executive Summary

  • This Tech Roadmap report provides an analysis of 41 energy management technologies and looks at their use across varying asset types. Areas that are covered by the technologies include storage, generation, lighting, windows, software, controls and sensors.
  • The report provides building owners, facilities managers and real estate executives with an overview of the maturity, business value, risks and likely evolution of these technologies. It helps them to identify solutions and their providers, and update future roadmaps accordingly.
  • This report builds upon our inaugural Tech Roadmap for Energy Management Technologies published in 2023 and includes a refreshed analysis of previously covered technologies, as well as analysis of five new technologies.
  • A standard graphic on Slide 7 presents a consolidated view of where the technologies are positioned according to the above factors. A detailed analysis of each technology is provided in the rest of the report.

Organisations mentioned

1414 Degrees, 2G Energy, 75F, ABB, Accruent, Aclara, Advanced Lighting, AEG Power Solutions, Airis Energy Solutions, Airthings, Akila, Alencon Systems, Algonquin College, Amazon, Amerisolar, Antora Energy, Architectural Window Treatments, Ariya Finergy, ASB Bank, Autodesk, AutoGrid, Automated Logic (part of Carrier), BDR Thermea, Bloom Energy, Bloomberg NEF, Bosch, Bosch Sensortec, BrainBox AI, Brain-IT, BrightSource Energy, BrightVolt, British Gas, Brookfield Properties, Budderfly, Bueno Systems, Building Engines, Butlr, CaixaBank, CALMAC, Canadian Solar, Capstone Green Energy, Carrier, Casambi, Cat, Cimetrics, Circl, Clarke Energy, CleanSpark, ClearVue, ClimateMaster, Clockworks Analytics, CopperTree Analytics, Corrigo, Cree Lighting, Crown Electrokinetics, Cuberg, Cummins, Current OS Foundation, DABBEL, Daikin, Danfoss, DB Schenker, DC Systems, Deep Green Energy, Deepki, Demma (part of Nordomatic), Density, Denver Federal Center, DEXMA, Digital Addressable Lighting Interface (DALI), Dimplex, Direct Current BV, Disruptive Technologies, E.ON, Eaton Corporation, ECL, EcoEnergy Insights, EDF, Edge Technologies, Elcogen, Elster, EMerge Alliance, Emerson, Enel X, Enerbrain, Energisme, Energy Vault, EnergyNest, ENGIE, Enlighted, EnOcean, Enovix, Envizi (IBM), Eptura, ERCO, eSight Energy, Evotech Air Quality, Fabriq, Facilio, Factorial Energy, Fischer, FlexEnergy, FM:Systems, General Electric, General Mills, Girdwood Community Hub, Glamox, Goldman Sachs, Gravitricity, GREENoneTEC, Grid Edge, GridPoint, HALIO, Hank Solutions, Hanwha, Heindl Energy, Helvar, Heriot-Watt University, Highview Power, Hitachi Energy, Honeywell, HoxtonAi, IBM, Iconics, IEA (International Energy Agency), Illuminating Engineering Society, Imprint Energy, Infinity Energy Services, Infogrid, Ingersoll Rand, Integrated Environmental Solutions (IES), Intelligent Energy, International Institute for Applied Systems Analysis (IIASA), IQ Glass, Irisys, Iskraemeco, ITM Power, Itron, Jamestown, Jinko Solar, John Cockerill, Johnson Controls, Kaizen, Knox City Council (Australia), La Française Real Estate Managers, Laforet Engineering, Lake Trust Credit Union, Lakehouse Hotel & Resort, Landis+Gyr, Lawrence Berkeley National Laboratory, LEDVANCE, Lennox, LG, Lidl, Lockheed Martin, London South Bank University, LONGi, Loop Energy, Lutron, Malta, Maryland Department of General Services, Mbogo Valley Tea Factory, Measurabl, Meazon, Mecho, MGA Thermal, Michigan State University, Microsoft, Mitsubishi Electric, Move Solutions, MRI, MWM, Naked Energy, NASA, Nel, Nemetschek, Next Energy Technologies, Nichia Corporation, Northamptonshire County Council, Northvolt, Nostromo, Novatech, NuScale Power, Nuvap, OLEDWorks, Onyx Solar, Orkney Islands Council, OSRAM, Panasonic, Parans, PG&E, Phoenix Controls, PHYSEE, Planon, Plug Power, Polysolar UK, Power to Hydrogen (P2H2), Powerhouse Brattørkaia, Pressac, Primus Power, Priva, ProLogium, Qcells, QCI Group, QuantumScape, Queen Elizabeth University Hospital, RavenWindow, RBC, REC Solar, RedFlow, RedT Energy, Resolute Building Intelligence, Rheem, RIDI Group, Rinnai, Rolls-Royce, SageGlass, Sakti3, Samsung SDI, Sauter, Schaltbau Group, Schneider Electric, SEL, Sensus, Sharp, Sidara, Siemens, Siemens Energy, Signify (formerly Philips Lighting), SkyFoundry, SolarWindow Technologies, Solid Power, SOM, Somfy, sonnen, Spacewell, Spectrolab (Boeing), Spica (part of Nordomatic), SSE, Steffes, StorEn Technologies, Sumitomo Electric Industries, Sunamp, SunEarth, Sunflow, SunPower, Suntuitive, Swift Automation & Control Systems, TerraPower, Tesla, Tesvolt, TEXEL Energy Storage, thyssenkrupp nucera, Tiamat, Topsoe, Toshiba, Towson University, Toyota, Trane, Tridium, TRILUX, Trina Solar, Triodos Bank, UbiQD, Ubiquisense, Ubiquitous Energy, UK Department of Business Energy & Industrial Strategy (BEIS), UK Department of Energy and Climate Change, UKSOL, Ulster Hospital, Umbra Shading, UniEnergy Technologies, University of British Columbia, University of Massachusetts Boston, University of Queensland, US Department of Energy (DOE), US Energy Information Administration (EIA), US National Renewable Energy Laboratory (NREL), Vario, VergeSense, Viessmann, View, Vodafone, Wattsense, Westinghouse Electric Company , Willow, Woolworths, Worcester Bosch, XY Sense, Yale University, Yardi, York, Zumtobel

About the authors

Harry Wilson

Senior Analyst
Harry is a Senior Analyst in the Verdantix Real Estate & Built Environment practice. Harry's research and advisory expertise centres on energy management; he leads Verdantix coverage of building energy management software, building electrification, and microgrids and energy resilience technologies. Prior to joining Verdantix, Harry worked as a Mechanical Engineer at engineering consultancy Arup, where he specialized in the design of net zero new-build and retrofit facilities across the commercial, science and technology sectors. He holds an M.Eng in Mechanical Engineering from the University of Nottingham. 

Claire Stephens

Research Director, Smart Buildings
Claire Stephens is Research Director of the Smart Buildings team. With 18 years of experience in the sector, Claire is recognized as an expert in industries that make up the built environment, in particular, corporate and commercial real estate, and workplace and sustainability technologies. At Verdantix, Claire will be digging into building technology for building owners, occupiers and investors, focusing on how to support them in reaching their ESG objectives. Prior to her arrival at Verdantix, Claire launched Asia’s first corporate real estate, green building and building technology publications. She has also delivered full lifecycle real estate consultancy services covering a broad range of asset types in industries including financial services, oil and gas, pharmaceuticals, technology, consumer goods, media, retail and hospitality.

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