Symmetric

Energy Conservation

Energy Conservation

Rising energy costs are impacting profitability and sustainability, making it essential to adopt smarter power usage habits and choices for a greener future. 

Symmetric IT Services offers LEED-compliant solutions to help monitor, optimize, and reduce energy consumption. With a centralized system, facility teams can easily analyze and control energy usage across multiple buildings and systems, ensuring efficiency and sustainability.

Optimize Energy Usage

Reduce lighting energy consumption significantly while tracking usage and savings for your building, ensuring efficiency and cost-effectiveness.

Connected and Integrated

Networked lighting control systems are designed for smart buildings or campuses, capable of managing and controlling thousands of devices seamlessly.

Advanced Customization

Leverage a combination of sensor types, advanced logic, and integration options to enable highly customized solutions tailored to your needs.

Benefits of Energy Conservation Systems for Businesses

  • Maximize energy efficiency while minimizing waste, enhancing both sustainability and cost savings.  
  • Integration capabilities bring a vast ecosystem of devices under a single control system, simplifying energy consumption monitoring.  
  • Reduce energy usage by up to 15% through daylight harvesting and natural light control strategies.  
  • Customizable lighting preferences allow occupants to adjust settings via wall control panels, computer interfaces, or handheld transmitters for optimal comfort and efficiency. 

Eliminate Power Wastage with Energy Conservation Systems

  • Implement diverse control strategies to optimize power savings across lighting, shades, and HVAC systems.  
  • Leverage innovative control software for efficient facility management, enabling administrators to manage lighting, AV, and other resources seamlessly.  
  • Benefit from a single platform that integrates lighting and shade control, advanced customization, and energy management for maximum efficiency.