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SEERS International

Hybrid Hot Water Systems

Innovation Technology

EFFECTS OF GLOBAL WARMING

Invented & Manufactured By : Seers International

Patent Number: PI-20082195

5th Generation Hybrid Hot Water System

1st Generation ­ GAS 2nd Generation ­ Electrical

Heater (Electricity)

3rd Generation ­ Solar Power

(Electricity & Sun)

4th Generation ­ Heat Pump

(Electricity & Compressor)

5th Generation ­ SEERS Hybrid

Hot Water System (Ambient Air)

SEERS Hybrid Hot Water System is available in 4 sizes

100L 150L 300L 500L

5 - 6 persons 6 - 10 persons 10 - 18 persons 18 - 30 persons

WHAT IS HYBRID HOT WATER SYSTEM ?

Water Heating

- No.1 residential energy consumption - Percentage of energy used in water heater is a major factor

Latest Technique

- Requires minimal energy - Standard water heater uses approx. 3000 Watt & above, whereas SEERS Hybrid Hot Water System uses only 480 watt - obtain the energy source our revolutionary 12V DC driven system - abundant of free energy extracted from ambient air

WHAT IS HYBRID HOT WATER SYSTEM ?

Proven as high performance & cost effective technique

- obtain heat energy from ambient air and without the needs of :1). high power heating elements 2). electric booster 3). hermetic compressor

Hybrid Technology

- designed to absorb heat from the ambient air and transfer it into the water

HOW DOES HYBRID HOT WATER SYSTEM WORK?

Ambient Air consists of hot and cold molecule When the system is activated, a high efficient heat exchange unit in

the system will absorb high volume of heat energy from atmospheric temperature through a suction fan

A high volume of low temperature heat molecules from the

surroundings will capture and boost up to a higher temperature heat

Next process, the heat transfer and accumulate it will eventually heat

up the fresh water inside the hybrid water storage tank without high power consumption heating elements and electric booster

Our eco-friendly hybrid system will release back cool molecules after

the process and flow back to the surroundings

System Diagram

Hot Water Temp

Cold Water Temp

Power Consumption Against Storage Heater System

SEERS Hybrid Hot Water System

Start Temperature : 30C Achieved Temperature : 70C Capacity : 150L Time Consumed : 4 hours Power Consumption : 2kwh TNB Charges : RM0.35/kwh x 2 =RM0.70

Storage Hot Water System

Start Temperature : 30C Achieved Temperature : 70C Capacity : 150L Time Consumed : 2.4 hours Power Consumption : 6.12kwh

TNB Charges : RM0.35/kwh x 6.12 =RM2.14

Power...

W

Storage Hot Water System

0

5000

10000

Seers

Return On Investment

SEERS Hybrid Hot Water System

Power Consumption : 2kwh TNB Charges : RM0.35/kwh x 2 = RM0.70 365days x RM0.70 = RM255.50 3 years x RM255.50 = RM766.50

Storage Hot Water System

Power Consumption : 6.12kwh

TNB Charges : RM0.35/kwh x 6.12 = RM2.14 365days x RM2.14 = RM781.10

3 years x RM781.10 = RM2,343.30

Seers Hybrid Energy Consumption

Model Input Power per unit Running Hours System Capacity (KW/It`C) Temperature Raise SI ­ 500L 1440 watts 6 ­ hours 0.00077(KW/It`C) 22C-55C t1-t2

Calculation for 500L

1440 x 6 hours = 8,640 watts perday

(fullday)

8,640 watts x 30 days = 259 kw 0.28 x 259 kw = 72.52 per month

HOTEL APPLICATION

SEERS Hybrid Hot Water System

Achieved Temperature : 50C Capacity Per Day : 10,000 Litres

Peak Hour for Hot Water Usage

Off Hour for Hot Water Usage

PM 12 13 14 15 16 17 18

AM

7

8

9

10

11

PM

19

20

21

22

23

AM

0

1

2

3

4

5

6

Telok Blangah @ Singapore

Project References

StrawBerry Park @ Cameron Highland

Project References

@ Kelantan SBJ

Hotel MITC @ Melaka

Wisma Kemayan

Cititel Hotel Penang

Hospital Project Gleneagles Pantai Hospital

Project References

Lumina Kiara @ Mon't Kiara

THE ADVANTAGES OF THE SYSTEM

Well developed temperature - thermostat control control circuitry - Thermo-insulated stainless steel water storage tank - wired remote control panel - temperature sensor

Extra water storage tank - available for future expansion (Extender) without further investment on the heating system

Suitable for installation at any locations Easy installation without hassle left equipment. Saves Energy

THE ADVANTAGES OF THE SYSTEM

Overcome the shortcomings and drawbacks from other system : - restricted usage during night or during poor weather condition

Environmental-Friendly - reduced temperature surroundings

No major movement parts - Except suction fan - Low chances of mechanical failure - silent in operation.

THE ADVANTAGES OF THE SYSTEM

This hybrid hot water systems may be

used to heat water for home or business use, for swimming pool and industrial applications

No Heating Element, Electric Booster

and Hermetic compressor No Freon needed

Coefficient of performance

1 kwh

( SI 100L )

= 860 kcal = 240V (AC) = 480 watt = 12V (DC) =

Input Supply Input Power Input Voltage Output power

3500 watt

C. O. P (SI 100L)

·Heat up water from 30 c to 60c · ( T2 ­ T 1 = T^ ) ·100L X 60 c ­ 30 c = 3000 kcal ·3000 kcal / 860 kcal = 3.5 kw

Coefficient of performance

COP

( SI 100L )

= Power output / Power input =

3.5kw / 0.48kw

7.3

More Efficient Wow!!! by 200%

Current known most efficient Hot Water System:

Electric heat pump hot water systems taken from Australian Standard 1056.1. The coefficient of performance (COP) range is 2.4 -3.5

Cost Per Hour

·3.5kw / 7.3 COP X 0.32 kwh (TNB) ·= RM 0.15 per hour ·5 Hour X 0.15 = RM 0.75

Consumption Per Shower

Shower per person usage 20L hot water · 20L X 30c = 600 kcal ·600kcal / 860kcal / 7.3(COP) X 0.32kwh ·= RM 0.03 per shower

Huh!? Less than 3cents???

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