Cooling Tower Efficiency Management (Model: VES – CTEC)
Cooling Towers are heart of any Air Conditioning plant having Water Cooled Chillers. Chillers efficiency is directly dependant on how well the Cooling Towers are performing. Cooling Towers are generally installed on terrace of the building or very far location and are generally neglected.
We at Visionary understand this and with the Help of VES – CTEC you can leave cooling tower performance and efficiency on us. VES -CTEC will serve following purposes:
- Controlling of Cooling Towers Fans based on Wet Bulb Temperatures.
- Sequencing of Cooling Towers to get maximum efficiency.
- Raising alarms in case of any Cooling Tower Failures.
- Varying speed of Fans to save energy in case VFD’s are installed on Fans.
By installing you can save 10% of your Plant room energy in case of constant speed fans and 15-18% of your Plant room energy in case of variable speed fans.
Cooling Tower Water Management (Model: VES – CTWC)
Cooling Towers handle a lot of water throughout the day and quality of water plays very vital role in heat transfer and maintaining the cleanliness of Cooling Towers. Blow-down of water at regular intervals becomes important to maintain the water quality suitable for heat transfer. At 90% sites the blow-down is annual and proper check is not done which affects the quality of water and hence the performance.
We at Visionary understand this and with the help of VES – CTWC you can leave your water blow-down problems to us. VES CTWC does following:
- Periodic Blowdown based on Conductivity of water (or TDS levels).
- Indication of running Conductivity of the circulation water (or TDS levels).
AHU Efficiency Management (Model: VES – AHUEM)
AHU installed are mostly constant speed driven. As the temperature through the day varies varying AHU’s flow of Air can save energy. We at visionary understand this and with help of VES – AHUEM you can run your AHU’s efficiently.
VES -AHUEM does following:
- Variation of speed based on temperature and RH requirements.
- Scheduling of AHU’s by switching ON/OFF based on profiling.
- Control water flow through coil based on temperature and RH requirements.
- Switching ON/OFF Air washer based on Fresh Air and Return Air temperatures focused on saving maximum energy.
- Alarms generation on dirty filters.