Enterprise DERMS
EnergyHub’s Mercury Distributed Energy Resource Management System (DERMS) includes a robust set of tools for utilities to manage commercial and industrial (C&I) demand response programs. Submit the form on the right to download our fact sheet on Mercury’s C&I demand response capabilities. This fact sheet covers:
Read More
EnergyHub’s Distributed Energy Resource Management System (DERMS) provides utilities with an automated and continuous load shift solution that leverages thermal and battery energy storage to solve critical challenges for utilities. Submit the form on the right to download our fact sheet on the EnergyHub DERMS load shift capabilities. This fact sheet covers:
Read More
Over 200 million distributed energy resources (DERs) are on track to come online globally by 2030. To keep up with this dynamically evolving grid topology, a majority of North American utilities have initiatives that aim to upgrade or deploy third-party developed advanced operational and informational systems — mainly through the deployment of ADMS (advanced distribution management…
Read More
EnergyHub commissioned research from Guidehouse Insights on strategies for building integrated DER programs. The researchers have collected best practices alongside case studies from utilities who have achieved success with a DERMS today. Download the whitepaper for Guidehouse Insight’s key market trends on iDER program deployment and features of a successful iDER program.
Read More
EnergyHub’s Mercury Distributed Energy Resources Management System (DERMS) enables utilities to take advantage of the proliferation of distributed energy resources (DERs) at the edge of the grid. The future grid will be highly distributed, and utilities across the country are experiencing challenges in integrating, monitoring, aggregating, and controlling devices at the grid edge. The combination…
Read More
APS is on the early edge of challenges that every utility will face in the coming years. Learn how EnergyHub’s Mercury DERMS allows APS to proactively leverage DERs to counterbalance grid conditions in an integrated way
Read More
Over the past decade, residential solar installations have been growing at a rapid rate. This trend has been driven by the confluence of favorable regulatory environments, investment incentives at both the federal and state levels, and increasing cost-competitiveness of solar technology. As a variable and intermittent generation resource, solar production is not tied or responsive…
Read More
Legacy DERMS are unlikely to have the ability to respond to the proliferation and complexity of customer-sited DERs. Those DERMS, which were derived from early ADMS or low-tech DRMS software, lack the agility and flexibility needed to respond to greater penetration of DERs as the grid evolves. This white paper describes how the growth of…
Read More
EnergyHub has worked with utilities to achieve enrollment rates greater than 40 percent of eligible customers. Our review of the acquisition funnels revealed that the steps and requirements imposed on the customer during the enrollment process can create significant friction, resulting in poor participation results. In this white paper, we discuss the factors from past…
Read More
Traditional demand response approaches often deliver unpredictable or undesirable load shapes, preventing a utility from realizing the full benefit of its residential demand response assets. To mitigate this, many utilities use cycling strategies that jeopardize customer comfort and, consequently, customer satisfaction and program retention rates. What utilities really want is a demand response resource that behaves like generation while ensuring customer…
Read More