Key Takeaways:
Energy demand in the U.S. is skyrocketing. Power consumption in 2025 and 2026 will reach record highs, with demand increasing from 4,097 billion kWh in 2024 to 4,252 billion kWh in 2026, according to the U.S. Energy Information Administration’s recent Short Term Energy Outlook.
At the same time, commercial energy costs are climbing. For example, in New England, commercial electricity rates rose from 20.79 cents per kWh in February 2024 to 23.63 cents per kWh in February 2025. This trend highlights the increasing financial burden of energy costs on commercial properties—and underscores the urgent need for better energy management to reduce consumption and costs.
Analyzing energy consumption helps you identify areas of improvement and optimize usage. In this article, we’ll look at how an energy monitoring solution can analyze your site’s energy usage, help manage peak demand, and unlock opportunities for new revenue streams.
Energy monitoring solutions help businesses track their energy usage and identify opportunities for energy efficiency. Using connected sensors to monitor local energy systems, an energy monitoring solution typically includes Energy Management Software (EMS), a platform that collects data and presents it visually with charts and dashboards. EMS allows commercial building managers to monitor energy consumption, analyze data, and develop insights for optimization.
Energy management systems can be integrated with existing infrastructure to provide a comprehensive view of energy usage. The software helps businesses identify energy waste caused by underperforming equipment, inefficient or unnecessary use of HVAC systems, and more.
Monitoring power usage can help businesses reduce their energy costs and improve their bottom line. One example is the Bank of America Tower at 1 Bryant Park in New York, a project that combined energy-efficient windows, HVAC and water systems with an EMS to achieve a 50% reduction in energy consumption.
Another global example is found in Amsterdam, where city officials are experimenting with blue-green roofs, specifically designed to capture rainwater. These roofs gather stormwater and repurpose it for common functions, like cleaning and watering plants. This also provides advanced cooling for the top floor and flood prevention.
Today’s EMS solutions can track energy usage and provide real-time data, often with AI-powered tools for automation and decision-making.
Peak demand management reduces energy consumption during periods of high demand, when power is typically more expensive. This strategic regulation can help businesses cut energy costs, minimize strain on the public grid, and improve their bottom line.
EMS, as established above, tracks energy consumption and identifies opportunities for peak demand management. With access to real-time data on energy use, you’ll be equipped to make informed decisions about energy usage throughout your facility. Here are three ways an EMS can help you effectively manage peak demand:
With real-time oversight from an EMS, these and other peak demand strategies can help you manage energy usage more efficiently.
Energy management systems such as Grove365Ⓡ provides detailed data analysis and reporting to help businesses optimize their energy usage. This AI-powered energy monitoring software works alongside our patented R3DiⓇ System, a turnkey solution for on-site power generation. The software monitors several key elements to optimize use of the system, including:
In addition to big-picture dashboard reporting, also lets you set up alerts to help you deal with anomalies or maintenance issues before they become crises. Alerts include:
At the core of any EMS are tools for precise metering and measurement. These connected components provide the data needed to help you understand your site’s energy consumption patterns and make informed decisions.
They constantly track electricity usage, measuring key electrical parameters such as current, voltage, power factor, and harmonics. The high-resolution data flows into energy monitoring platforms and interprets and displays the information in real-time. With these insights, you’ll be able to:
Energy monitoring is about maximizing efficiency and cutting costs. With Grove365’s, our new AI-powered software, you can go beyond monitoring and start optimizing your energy assets for efficiency and revenue. Let’s take a look at how it works.
Grove365Ⓡ uses historic data and predictive analytics to decide when to bring generators online, when to charge batteries, and when to utilize them to absorb load spikes and dips throughout the day. The AI system understands how to maximize battery life and minimize wear and tear on generators, making seamless adjustments to keep your energy system functioning at maximum efficiency.
The software is supported by a network operations center working 24 hours a day, seven days a week to monitor weather, grid conditions, and market prices and determine a playbook for your business to run the R3DiⓇ System when it’s most beneficial to your company.
This combination of experts and AI-powered monitoring software allows your company to reduce utility consumption during peak times and even gain a potential revenue stream if your utility offers demand response programs, net metering, performance-based incentives, or other options for selling energy back to the grid.
Advanced energy monitoring tools like Grove365Ⓡ and the R3Di® System reduce energy costs, boost reliability, and prepare your business for the future. In addition, the Grove365Ⓡ places everything at your fingertips. The network is mobile enhanced and accessible 24/7, meaning you always have full visibility to your EMS, to track energy usage, asset health and real-time market-pricing. The power is literally in your hands.
Want to see what Grove365Ⓡ and the R3Di® System can do for your company? Schedule a discovery call today.