Nagle Energy Solutions Expanding Its Technology Platform
San Mateo, CA (PRWEB) June 14, 2023 -- Nagle Energy Solutions (NES) announced today it has expanded its technology platform to address and resolve a rudimentary building-design issue in which critical infrastructure systems and devices are “siloed,” operating independent of each other and/or, at best, utilizing manual or simple rules-based controls with no or limited real-time feedback.
The result is to enable the design, installation and utilization of a single source of control – the NES Command Control System – for systems and devices most building automation and energy management systems do not account for, including:
· Chiller/Boiler Plant Filtration systems;
· HVAC/VAV integration;
· VFD networks;
· Fire/Life Safety;
· DX and Furnace systems;
· Garage Demand-control Ventilation;
· Garage Lighting systems;
· Sump pumps; and
· More.
“With our patented garage ventilation sequencing at its core, NES has inverted the current mechanical design paradigm by extending out and pulling into a single network hub systems and devices which historically have operated on a stand-alone basis,” stated NES Founder Frank Nagle. “From Green Energy to fluid control and equipment sequencing, with the NES Command Control System, no longer must these systems and devices operate independently.”
Simultaneously, NES has re-launched its website – http://www.nagleenergy.com – to provide a dynamic, end-to-end resource for professionals involved in each stage of a commercial facility’s lifecycle: from architects and mechanical and electrical design engineers; to then mechanical, electrical and building controls contractors; on thru to facility managers and building engineering staffs.
The newly redesigned NES website enables users to custom design an automation control system to their specific design parameters and operational needs. Available in either a “Plug & Play” or more tailored “Customizable” format, the NES Command Control System represents the ultimate building-performance-control solution, enabling users to save on labor and material costs while improving quality, accuracy and precision.
NES’s technological proficiency is rooted in having set the standard for what’s attainable performance and energy savings-wise in the garage ventilation controls industry. Its patented ventilation control sequencing for enclosed, commercial garages routinely achieves kilowatt-hour (kWh) and peak kilowatt (kW) savings in the range of 95% – with quantifiable savings as high as 97% – all while the garage fans run continuously.
According to a published, peer-reviewed technical paper by engineers from the Illinois Institute of Technology (IIT), the NES control methodology was determined to be 84% more energy efficient than the prevalent means of garage ventilation control currently deployed in new construction nationwide.
Relatedly, effective August 1, 2023, NES will open an East Coast office based near Boston, MA.
“NES established its credentials as the pacesetter in the garage ventilation controls industry primarily on the West Coast,” noted Nagle. “Our intent is to now set the standard for what’s attainable building-performance and energy savings-wise in major East Coast and Midwest commercial property markets.”
A downloadable version of the IIT study findings is available on Building Simulation at: https://link.springer.com/article/10.1007/s12273-020-0677-3. Supplementary materials on air flow rates and fan power draw and peak demand can be found at: https://rb.gy/nw9exh.
About Nagle Energy Solutions: Founded in 2009, Nagle Energy Solutions, LLC (http://www.nagleenergy.com) develops and distributes an innovative automation control system for commercial properties which markedly increases operational efficiencies and reduces energy consumption. With a non-proprietary web appliance, BACnet integration and centralized control power, the NES Command Control System is fully expandable, 100% upgradable and virtually limitless.
Frank Nagle, Nagle Energy Solutions, http://www.nagle-energy.com, 1 6508300109 Ext: 352, [email protected]
Share this article