Boot Model

Upgrade Your Water Heating System with a Heat Pump on
BOOT Model

Are you currently using LPG, natural gas, electricity, or fossil fuels for water heating?

It’s time to consider a more efficient and sustainable solution. By replacing your traditional hot water generator with a state-of-the-art heat pump system, you can revolutionize your energy usage.

	Heat Pump	Diesel	Petrol	PNG	LPG	Electricity
50°C	Rs. 63	Rs.208	Rs.183	Rs.163	Rs.230	Rs.233
60°C	Rs.102	Rs.291	Rs.257	Rs.229	Rs.322	Rs.326
80°C	Rs.237	Rs.457	Rs.403	Rs.359	Rs.506	Rs.512
90°C	Rs.308	Rs.540	Rs.476	Rs.425	Rs.599	Rs.605
115°C	Rs.465	Rs.748	Rs.660	Rs.588	Rs.829	Rs.837

Assumption -

Ambient	25°C	Petrol CV	12960	Temperature	COP
Water	1000 L	Petrol Cost	95 Rs./ L	50°C	3.7
Electricity Cost	8 Rs.	PNG CV	7650	60°C	3.2
Diesel CV	10584	PNG Cost	50 Rs.	80°C	2.16
Diesel Cost	88 RS./ L	LPG CV	9720	90°C	1.96
		LPG Cost	89.5 Rs.	115°C	1.8

Lets Calculate cost for Diesel at 50°C,

Delta t = 50-25 = 25 (Target Temperature – Ambient Temperature)
Energy = 25 × 1000 = 25,000 (Delta t × Quantity of Water)
Litres of Diesel Required = 25000 ÷ 10584= 2.36 Litres (Energy ÷ CV of Diesel)
Total Cost = 2.36 × 88 = Rs. 208 (Diesel Required × Cost of diesel)

What is a Heat Pump? and how does it work?

Heat pump absorbs heat from ambient air, cooling tower water, or chiller system water in the heat exchanger of the evaporator. This heat is absorbed by the refrigerant, causing it to boil and change into a gaseous state. Concurrently, it cools the ambient air, by 5°C to 6°C cooling tower water from 32°C to 26°C, or chilled water from 12°C to 6°C.

The refrigerant in vapour form is then compressed in the compressor, using electricity. This pressure adds further heat to the refrigerant. After compression, the refrigerant enters the condenser offloading the heat to the water in the heat exchanger. Hence the ambient temperature water gets heated to 50°C to 115°C.

The refrigerant cools down as it enters the evaporator via an expansion valve, and the cycle repeats itself.

2 Parts heat from Air/ Water + 1 Part Electricity = 3 Parts of Heat to usage water
1 Unit of Electricity = 3 Units of Heat

Replacing Fossil Fuels with
Heat Pumps

Heat pumps replace fossil fuel-based heating by efficiently transferring heat from air or water using a compressor. They reduce energy consumption, greenhouse gas emissions, and operating costs while being powered by renewable electricity sources. With capabilities for both heating and cooling, they offer long-term savings and qualify for government incentives, supporting environmental goals and enhancing global energy security.

Quiet and Reliable Operation

Lower operating costs

Improved safety

Eco friendly

More even temperature

No flame, no pollution

Introducing the BOOT Model

Under our innovative Built, Own, Operate, Transfer (BOOT) model, you can acquire a heat pump system with zero initial investment:
Bank guarantee during the operation period through payment security.

Built

Our experienced team installs and commissions a tailored heat pump system.

Own

Enjoy ownership and dedication benefits of 40% from day one.

Operate

We manage all operational aspects, including maintenance and repairs.

Transfer

Ownership transferred to you after payment of invoice value.

Why Choose Us?

At Heatray, we specialize in delivering sustainable energy solutions that exceed expectations. Our commitment to quality, reliability is reflected in offering system on boot model.

Take the Next Step

Ready to upgrade to a heat pump system under the BOOT model? Contact us today to schedule a consultation. Discover how we can transform your water heating experience with zero upfront costs and rapid ROI. Join the movement towards cleaner, more efficient energy solutions and build a sustainable tomorrow with Heatray.

Transform your energy future with Heatray. Let’s build a sustainable tomorrow, today.

Get In Touch !