Managing Energy by Choosing the Right Equipment

As an energy manager, you’re charged with optimizing everything from energy contracts to physical infrastructure – and with getting the data you need to prove performance. You need to choose the right equipment and put the most effective physical infrastructure in place on the ground.

In conjunction with National Renewable Energy Laboratory, US DOE, MIT and others, enVerid pioneered a new approach to indoor air quality that reduces 20-30% of annual HVAC energy use in buildings. That solution is now in place with some of the leading companies, universities, and schools in the world.

enVerid can help you with your energy management program in owned or leased buildings of any size.

Save Money

  • enVerid HLR modules have immediate payback.  For most systems, the amount you save from using HLR modules with your HVAC system will pay for cost of the enVerid HLR modules.
  • Reduce annual HVAC energy costs by 20-30%.
  • Peak loads are most impacted, dramatically decreasing electric “demand charges” during peak periods.
  • Get utility rebates of up to $12,000 per HLR module, even in new construction, depending on your local utility programs
  • HLR technology reduces outside ventilation air by 60-80%, enabling the following reduction in HVAC systems costs:
    • 60-80% smaller dedicated outdoor air system (DOAS) or reduced capacity on individual air handling units (AHUs).
    • Demand control ventilation (DCV) often provides no additional savings and can be eliminated.
    • If you’re using the energy modeling path for compliance, you won’t need energy recovery ventilation (ERV) because HLR technology provides higher energy efficiency.
    • Reduce the size of outside air and relief exhaust ducts.
  • HLR technology reduces the amount of air that needs to be ventilated, resulting in 40% peak savings.

Connect to your Smart Building/IOT Initiative

  • See air quality in real time through any browser with 24/7 monitoring on the enVerid Cloud.
  • Securely manage enVerid equipment from anywhere.
  • Connect to Building Management Systems for a seamless experience using standard BACnet.
  • Supports secure wireless Internet-of-Things (IoT) over the cellular network, without requiring integration with building Wi-Fi systems.

Future Proof Your HVAC

  • Support higher building occupancy without increased HVAC capacity.
  • Energy efficiency is no longer optional. All organizations must meet mandates and regulations from city county, state, and federal agencies to conserve energy.
  • HLR technology has been commercially deployed in nearly 10 million sqf and operating for over 6 years. Check out our case studies to see detailed proof of our technology working anywhere from 50-story high rises to universities and K-12 schools. Or contact us for a list of references.
  • Earn up to 12 LEED points for new buildings and 17 LEED points for preexisting buildings. Earn LEED points in energy efficiency, indoor environmental quality, and indoor air quality.
  • Prepare for future climate variations and higher temperature peaks.
  • Prepare for increased pollution and urban migration.
  • enVerid has a dedicated team of engineers to assist with your project. Let us train you on our IAQP calculator and design guides, or even let us do all the work and provide the calculation results and designs. You decide.
  • enVerid can assist with LEED point applications related to HLR technology, as well as obtaining utility rebates.
  • Create sustainable buildings by lowering water consumption and reducing the production of greenhouse gases.

Contact us today to discover the HLR advantage!

Contact Us

Part of the Green Energy & Building Community

``We installed sixHLR® modules inFletcher Hall, a century-old building that is the University’s School of Business Administration, originally the City Public Library, and saved 34% of HVAC energy overall.``
Sara Grant Marketing Manager
“With enVerid, we reduced outside air consumption by 53%, while maintaining contaminants of concern well below threshold levels.``
Luke Jacobs Web Developer
``We were able to achieve three top objectives using the HLR modules: reducing the cost of the system, reducing pressure fluctuations caused by variations in outside air requirements, and delivering a system that will achieve desired energy savings.``
Claire Olson Sales Manager