Energy Management
Energy management is the systematic monitoring, control, and optimization of energy consumption in an organization to reduce costs, improve efficiency, and lower carbon emissions. It encompasses utility bill tracking, real-time meter monitoring, anomaly detection, efficiency project planning, and incentive capture.
Energy management extends beyond simply paying utility bills. A comprehensive energy management program includes baselining consumption across all facilities, identifying anomalies and waste, benchmarking performance, planning and executing efficiency projects, and tracking savings over time.
For industrial and commercial organizations, energy costs are often the second-largest operating expense after labor. Effective energy management can typically reduce energy spend by 10–30% through measures like LED retrofits, HVAC optimization, compressed air leak repair, power factor correction, demand response participation, and renewable energy procurement.
The connection between energy management and carbon accounting is direct: every kWh saved reduces both cost and Scope 2 emissions. Every therm of natural gas eliminated reduces Scope 1 emissions. Yet most organizations manage energy and carbon in separate silos, using different tools and teams.
Gravity is the only platform that unifies carbon accounting and energy management in a single operating layer. Utility bills flow through a single ingestion pipeline and simultaneously populate the carbon inventory and the energy management dashboard, eliminating duplicate data entry and ensuring consistency between energy and emissions reporting.
Frequently asked questions
What is energy management? +
Energy management is the systematic monitoring, control, and optimization of an organization's energy consumption. It includes utility tracking, anomaly detection, efficiency project planning, incentive capture, and renewable energy procurement to reduce costs and lower carbon emissions.
How does energy management reduce carbon emissions? +
Every kWh of electricity saved reduces Scope 2 emissions; every unit of fossil fuel eliminated reduces Scope 1 emissions. Energy efficiency projects, renewable procurement, and demand response directly lower both energy costs and carbon footprint simultaneously.
Why should carbon accounting and energy management be unified? +
Unifying carbon accounting and energy management eliminates duplicate data entry, ensures consistency between energy and emissions reporting, and enables organizations to simultaneously optimize for cost reduction and carbon reduction rather than managing them in separate silos.
Related terms
Utility Bill Management
Utility bill management is the process of systematically collecting, validating, and analyzing utility bills — electricity, natural gas, water, steam, and waste — across an organization's facilities to ensure billing accuracy, track consumption trends, identify anomalies, and feed data into carbon accounting and energy management workflows.
Scope 2 Emissions
Scope 2 emissions are indirect greenhouse gas emissions from the generation of purchased electricity, steam, heating, and cooling consumed by an organization. They are called 'indirect' because the emissions physically occur at the power plant or utility, not at the reporting company's facilities.
Carbon Accounting
Carbon accounting is the systematic process of measuring, recording, and reporting the greenhouse gas (GHG) emissions produced by an organization, product, or activity. It follows standardized methodologies — most commonly the GHG Protocol — to quantify emissions across Scope 1 (direct), Scope 2 (purchased energy), and Scope 3 (value chain) categories, producing an auditable inventory that underpins disclosure, reduction planning, and regulatory compliance.
Energy Efficiency
Energy efficiency means using less energy to deliver the same service or output. In the context of carbon management, energy efficiency is the fastest, lowest-cost decarbonization lever because every unit of energy saved reduces both operating costs and greenhouse gas emissions simultaneously.
Demand Response
Demand response is a mechanism where electricity consumers reduce or shift their power consumption during peak demand periods in response to utility signals, market prices, or grid reliability events. Participants are compensated through bill credits, capacity payments, or wholesale market revenues.