Single & dual compressor HVAC-R unit
Demand-controlled ventilation (DCV)
Wireless Sensors
(below)
Opto--Sensor fiber optic temperature mapping for large hyperscale data centers and buildings to manage cooling loads and save energy
(below)
High Efficiency LED industrial lights with high power factor drivers
(below)
Individual Dx HVAC-R units having single & dual compressors. Retrofit in 30-45 minutes. Involves simple control wiring changes only (not power circuit). Energy savings 15-25% with potential demand charge savings.
Significant reduction in wiring during layout changes. WiFi connection to cloud, internet, wire, BACnet or local AHUs.
Real-time CO2 feedback control to AHU. Variable occupancy energy savings. Over-ventilation energy savings. Multiple uses - indoor garages, commercial and industrial
Ultra low power DC Compressor. Optional Solar-PV or Solar-thermal assist. Grid-tied or Off-Grid models. High EER > 14.5 (BTU/h/W) or >5.3 (W/W);
Ultra Low power DC compressor (70-110 watts). Optional Solar-PV assist. Grid-tied or Off-Grid.
Ultra low power DC compressor. Off-Grid DC power with Solar-PV and charge controller.
The fiber is the temperature sensor. Thousands of points can be mapped in real-time
The Brillouin principle provides high accuracy over long fiber lengths (20 km)
Temperature mapping of hundreds of cabinets possible using single fiber.
Efficiency > 120 Lumens/Watt
Long Life > 50,000 Hours; CRI > 80; R9 > 20; Interchangeable lenses for narrow to wide beam.
What a difference in visibility and colour clarity while at 75% lower lamp wattage and high pf (> 0.96)
Efficiency > 80 Lumens/Watt
Longer Life > 75,000+ hours
CRI > 80; R9 > 30 (very high);
Copyright © 2024 Biosirus Inc. - All Rights Reserved.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.