Energy management software controls how energy flows through a facility. It tracks consumption data, optimizing when and how power is drawn from the grid, reducing demand charges and in more advanced platforms, dispatching behind-the-meter assets to participate in demand response programs. Asset performance management (APM) software monitors the mechanical health of physical equipment. APM tools analyze factors such as vibration, temperature, and operating conditions to predict when a compressor or motor might fail. That's valuable for maintenance teams, but it has little impact on your utility bills and doesn’t affect your ability to generate revenue from grid participation.

DERMS stands for Distributed Energy Resource Management System. It's software designed to orchestrate large numbers of distributed energy assets, such as rooftop solar, batteries, EV chargers, smart thermostats, across a utility's service territory or a virtual power plant portfolio. These platforms aggregate assets from many different sites to provide grid services at scale. An energy management system manages energy at a single facility or campus level, optimizing real-time energy consumption, reducing peak demand, controlling storage dispatch, and integrating with grid programs on that site's behalf. The two categories overlap in some capabilities, but a DERMS is the tool a utility or virtual power plant aggregator uses to coordinate many sites, while an EMS is what those individual sites run to manage their own energy economics. e2Companies’ Grove365® AI-powered energy management software operates as a facility-level EMS with the added capability of connecting to demand response programs directly. This gives commercial and industrial customers the grid participation benefits of a VPP without requiring a third-party aggregator between them.

Real-time energy monitoring software can show you when demand spikes are occurring, but visibility alone doesn't reduce the charge. Demand charges are calculated on your facility's single highest 15-minute peak in a billing period. Reducing that charge requires active control, including dispatching battery storage or on-site generation to shave the peak in real time, rather than observing it after the fact. Grove365® provides real-time dashboards and anomaly detection to identify consumption patterns driving your peak demand, and then actively dispatches the R3Di® System's battery storage to reduce that peak before the meter registers it. For many commercial and industrial facilities, demand charges can represent 50 percent or more of the total electric bill, so the potential savings is significant.

Building automation systems (BAS) control HVAC, lighting, and facility equipment on preprogrammed schedules. They're designed for comfort and occupancy rather than energy economics. A BAS can turn off the lights at a set time, which can marginally reduce your utility bill. An energy management system makes decisions based on real-time electricity prices, grid conditions, weather forecasts, and demand charge exposure and acts on those signals across generation, storage, and load assets simultaneously. This typically results in much larger savings and the potential to earn additional revenue through utility demand response programs.

An energy management system contributes to sustainability initiatives in two ways. First, it reduces the energy a facility draws from the grid. It also generates the emissions data needed to report on Scope 2 emissions accurately. Energy monitoring software tracks consumption data at granular intervals, automates data collection for environmental reporting, and can validate renewable energy data for ESG purposes. Grove365® goes further by providing verified emissions reporting as part of the Virtual Utility® service model, documenting the emissions profile and measuring it against compliance standards or ESG goals.

Most enterprise energy software platforms are built for a specific market, such as hyperscale data centers or industrial processing plants, and their documented capabilities reflect that focus. Some are designed primarily for grid operators and micrograms rather than commercial and industrial facility managers trying to reduce their monthly utility bill. Others have capabilities such as AI monitoring, but for the purpose of optimizing assets rather than predicting power needs and strategically deploying other sources of power based on outside factors, such as market pricing or weather. In this way, they can provide value but are an incomplete solution for facilities seeking software to run a full virtual power plant.

First, does the software actively dispatch assets or just monitor them? Active dispatch, including telling power source to deploy at the right moment to avoid a demand charge spike, is where the financial benefit lives. Second, does it connect to demand response programs in your utility territory, and does it do so automatically or require manual participation? Third, is the system hardware-agnostic, or does it only work with the vendor's own equipment? Hardware lock-in limits your options as your facility's energy infrastructure evolves. Fourth, who is responsible when something goes wrong? Some platforms are software-only. Others, like Grove365, are part of a full Virtual Utility that includes include 24/7 network operations oversight and environmental compliance indemnification as part of the service.

Most energy management software is a monitoring and optimization layer that sits on top of your existing infrastructure and helps you manage what you already have. Virtual Utility combines the R3Di^® System for on-site power generation and battery storage with Grove365 AI-powered energy management software and a team of energy experts operating a network operations center as a single integrated system. Standalone energy management software may reduce your energy costs, but Virtual Utility can make your energy infrastructure a revenue-generating asset.