2. What are heat pumps
Heat Pumps are devices that transfer heat from a
colder area to the hotter area by using
mechanical energy.
Working of heat pumps is based on taking heat
from the ambient air to deliver it for the
processes which requires it, by exploiting the low
boiling points refrigerants.
It consists of an evaporator, compressor,
condenser, expansion valve – the same as in a
refrigerator which help in the tranfer of heat
3. Heat pumps operate on the principle of vapour
compression refrigeration system. In takes in
energy from any ambient resource such as air,
water or underground, and increases the quality
of heat by adding extra energy. This extra energy
is added by using electricity.
How do they work?
7. Thermal systems like Boilers, Furnaces,
Induction heaters and hot water generators
etc can be replaced
8. Average Load (KW) 18 19 20 21 22 23 24 25
% Utilization (hours)
50% 22,680 23,940 25,200 26,460 27,720 28,980 30,240 31,500
60% 27,216 28,728 30,240 31,752 33,264 34,776 36,288 37,800
70% 31,752 33,516 35,280 37,044 38,808 40,572 42,336 44,100
80% 36,288 38,304 40,320 42,336 44,352 46,368 48,384 50,400
90% 40,824 43,092 45,360 47,628 49,896 52,164 54,432 56,700
100% 45,360 47,880 50,440 52,920 55,440 57,960 60,480 63,000
How much can it save?
• An average of 40,000 per month
9. Case Study @Ashok
Leyland, Ennore
Existing Process After Heat Pump
Conventional
Source
Electric Heaters Project Size 28 kWth
Application
Engine Head
Washing
Present
Consumption
12 kWh per hour
Temperature
Range
50 – 60 C
Units saved/
year
86,400 kWh
Electricity
Consumption
24 kWh
Annual Carbon
Abatement
73,440 Kgs
10. Case Study @ UCAL Fuels
Demo: Nov 21 – Dec 9 2017
Existing Process After Heat Pump
Conventional
Source
Electric Heaters Project Size 14 kWh
Application
Carburettor
Washing
Units saved 73.3 Units/day
Temperature
Range
65 – 70 C Cost Saved
16,894 per
month (14kW)
Electricity
Consumption
6.34 kWh
Percentage of
Energy saved 46 %
11.
12. Persona 02
Berry Books
Highlights – Aspiration Energy Rental
Scheme
01
Get into a 12 month contract to try a heat pump
02 Try a heat pump at ₹12,500 per month for 3 months (28 kW
machine), cancel anytime within this period
03 After 3 months the rent revises to 25,000 per month
13. How do you measure what you save?
The heat delivered can be
measured with the help of just
two temperatures between
the heat pump outlet and inlet
and a flowmeter to accurately
measure the flow
14. Contact us at info@aspirationenergy.com to register before 28 Feb.
Live Demo is available at IIT Madras
Thank You
Q & A