This figure is dominated by the three big categories of energy storage, EV infrastructure and customer energy management, which have garnered more than $5 billion, nearly $1.5 billion, and more than $2.8 billion of that total, respectively. They're built on data collected by WoodMac's Grid Edge Data Hub, covering sectors including advanced metering infrastructure (AMI), utility network operations, utility back-office software, distribution automation, grid edge network analytics, customer analytics, and the aforementioned DER categories.įrom 2010 through the first quarter of 2019, total venture capital and private equity investment across these sectors has added up to $11.5 billion. These were some of the high-level trends laid out in a Wednesday presentation by Elta Kolo, grid edge research manager for Wood Mackenzie Power & Renewables. Increasingly over the past several years, they’ve been led by strategic utility and energy infrastructure investors with an eye on using the technologies being developed themselves, as well as fostering them through the potentially decade-long process of winning commercial deployment in the slow-moving utility field. Others, like utility-specific technologies to manage distributed energy resources (DERs) at scale, have tended towards smaller and more focused investments. Some sectors, such as energy storage, EV charging and mass-market smart home technologies, have brought in hundreds of millions of dollars from venture capitalists and private equity firms. Over the past decade, the appetite of investors for these broad technology sectors has grown, albeit at different paces. ![]() This week’s Grid Edge Innovation Summit 2019 conference in San Diego covered a broad range of technologies that are changing the nature of the electricity system, from distributed energy resources (DERs) like rooftop solar PV, behind-the-meter batteries and plug-in electric vehicles, to the software, systems and services meant to optimize and orchestrate their operations for end customers, utilities and grid operators alike.
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