1 / 10

Energy Audit for AHU

Check our new presentation on energy audit for AHU, illustrating money saving and power saving for one of our client.

mgcs
Download Presentation

Energy Audit for AHU

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. MGCS-Energy Audit Company Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  2. CASE STUDY : AHU ( Air Handling Unit) Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  3. Technical Specifications of AHU: • Double skinned type AHU with PUF (25 mm thick) are provided with EFF1 level motors. • Blower with paddle blade impeller are provided. • The belts are V-Belt. Chilled water coil of copper tube with finned aluminum fins provided. • Chiller coils with 6 rows with 12 fins per inch spacing provided. • The fan is so designed with outlet velocity restriction upto maximum 10 m/sec. 50mm thick air filter with 3 ply HDPE with 2 layers of aluminum provided. • The ducts are of galvanized sheet with suitable insulation and support. Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  4. Location Details: • There are 12 nos of Air handling unit in the premises. • Motors are operated through Star-Delta and DOL starter. • There is no controlling of chilling water or other sensor to control AHU. Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  5. Schematic Layout of AHU Schematic Diagram of AHU Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  6. Performance of AHU Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  7. TECHNICAL EVALUATION • From Above Table, 5 out 9 AHU Specific energy consumption kW/TR is higher than design. • RPM of fan also has been derived through formula as it connected through V-Belt. • Through static pressure it can conclude there is no obstacles in return air path, G-5 & G-6 considerably on higher side. • Disadvantage of V-Belt: • There is a power transmission loss of about 5-7%, when V-Belts “WEDGE IN” and “WEDGE OUT” of the grooved pulley. • Advantage of running in Flat Belt: • Prevents elongation due to moisture absorption. • Ensure Better Grip of Pulley. • Energy Saving of at least 5-7%. Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  8. Energy Saving Recommendation: Conversion of V-Belt to Flat belt in all AHU’s between Motor and Fan. Result of the outcome: Energy saving of at least by 5-7% Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  9. Energy Saving Calculations Total Consumption in AHU = 63.05 KW Energy Saving @ 7% = 4.413 kW Energy saving per annum = 4.413 X 10 X 240 ( 10 hours ,240 days of working) = 10592.4 kWh Monetary Saving = Rs 1.18,105.2/- Investment = 50,000/- Payback = 5 Months Annual GHG Mitigation 8.78 ton of CO2 Check us at http://www.mgcs.net.in/hvac_energy_audit.php

  10. Energy Conservation-need of the hour Contact us now & save on Energy & Money Write us at hina.gupta@mgcs.net.in for any query L -011-49040941/42/43 Check us at http://www.mgcs.net.in/hvac_energy_audit.php

More Related