Atrius Energy Wins E+E Leader Award for Excellence
The Acuity Brands company is recognized for helping to reduce energy waste, lower carbon emissions, and turn building data into measurable outcomes.
Atlanta-based Atrius®, an Acuity Brands company and leader in cloud-based software for building management and spatial intelligence, has been named an E+E Leader Award winner for a fourth consecutive year.
The E+E Leader Awards recognize organizations delivering measurable results across energy management, environmental performance, and operational efficiency. The recognition highlights Atrius Energy’s role in supporting organizations as they work to better understand energy use, manage carbon-related data, and improve decision‑making across building portfolios through the use of centralized, data‑driven insights.
“We’re thrilled to be recognized by the E+E Leader Awards,” said Eugene Mazo, General Manager of Atrius. “This award highlights our success in empowering customers to make more informed decisions by making energy and carbon data more accessible and actionable. It helps organizations better understand operational performance, support emissions-related initiatives, and make informed decisions with greater confidence.”
Turning Building Data into Actionable Insights
Commercial buildings face rising operational, financial, and sustainability pressures — yet a significant portion of energy consumption plus a sizeable amount of the data remains unused.
By aggregating fragmented building data into clear, actionable insights, Atrius Energy supports organizations as they work to:
• Identify inefficiencies and areas for improvement
• Better understand and manage energy consumption
• Support emissions‑related tracking and reduction initiatives
• Inform decisions related to operational resilience and long‑term performance.

Harnessing the Power of Data to Improve Building Operations
As a cloud-based, hardware-agnostic application, Atrius Energy centralizes data from existing BMS and utility providers, enabling deployment across diverse building environments without costly equipment upgrades. The application centralizes data across facilities and portfolios, supporting scalable modelling, measurement, emissions reporting, and carbon accounting throughout the full building lifecycle.
Customers are supported by a dedicated “Customer Success” team to ensure ongoing guidance toward sustainability, energy, and operational goals.
Delivering Measurable Impact
Atrius Energy has delivered results across diverse sectors such as higher education, healthcare, manufacturing, and hospitality. For example:
• A hospital portfolio in the Carolinas identified HVAC scheduling and plant optimization opportunities that resulted in approximately $500,000 in energy savings in the first year, demonstrating rapid ROI.
• A large U.S. healthcare system consolidated utility data across 50+ facilities, using Atrius Energy dashboards to identify high‑intensity buildings and prioritize targeted operational improvements.
• A national food manufacturing company replaced manual spreadsheet tracking with centralized Atrius dashboards, enabling facility‑ and portfolio‑level energy reporting and faster decision‑making.
• A multi‑site resort organization improved visibility and control over seasonal energy use through interactive dashboards and real‑time alerts, reducing unnecessary energy spend during peak operations[5].
Recognition from Environment+Energy Leader highlights Atrius Energy as an example of innovation and performance in today’s energy and sustainability landscape.
“As organizations navigate an increasingly dynamic and uncertain operating environment, the ability to improve efficiency, reduce emissions, and deliver measurable results has never been more critical,” commented Sarah Roberts, Co-President and Publisher of Environment+Energy Leader. “This year’s winners demonstrate the innovation and leadership required to move forward with clarity and impact.”
Related articles
Atrius® Receives Sustainability Leadership Award from Business Intelligence Group



