Presented by : Eng. Fahad Al Kaabi · • Revised the Regulation for the installation of Wiring, Electrical equipment ... Annual Consumption After Implementation of KM-CN Regulation

Conservation Plan for Tarsheed

Presented by : Eng. Fahad Al KaabiManager, Conservation & Energy Efficiency Department

Save it .. to last اقتصد لتدوم

2Conservation Plan for Tarsheed

Action Plan

• National Conservation Campaign

• Sustainable Buildings Competition

• Building Conservation Project

• Demand Side Management

• Raise the Energy Efficiency

• Tariff Management

• Standards and Regulations for Conservation

• Laws and Legislations for Conservation

• Research & Development

Facts & Figures

Number of Customers Customer 285,143

Electricity Consumption KW/h 1,609,185,736

Water Consumption Cubic meter 14,841,295

Conservation Plan for Tarsheed 3

Resd.28%

Com.27%

Indus.31%

Gov. 12%

Hotels2%

Electricity Consumption by Sector

Resd.55%

Com. 19%

Indus.4%

Gov

21%Hotels

2%

Water Consumption by sector

4

Facts & Figures: Comparison


Current Per- Capita

Water Consumption

in GCC

333 L

Current Per- Capita

Water Consumption

in Qatar

464 L

Current Per- Capita

Electricity Consumption

in GCC

11.046 KW

Current Per- Capita

Electricity Consumption

in Qatar

12.926 KW

5Conservation Plan for Tarsheed

The National Conservation Campaign was launched to

coincide with the international Earth Day which is

celebrated on the 22 April of each year, in response to

the Qatar National Vision 2030, and in order to fulfill the

mission of KM in the provision of water and electricity

service and quality, and preserve the environment and

natural resources that God blessed us with, and out of

our belief in the importance of community participation

of all segments of society to be hand in hand in

achieving the ultimate goal of saving electricity, water

and sustainability of the desired energy

Tarsheed Campaign Main Vision

Tarsheed Campaign Main Objectives


Decrease the Per-Capita Consumption of Electricity by 20% and of Water by 35%

Increase the efficiency in the Electricity and Water sectors

Stop waste and irrational

consumption

6

Per- Capita Consumption of Electricity and Water


-

200

400

600

418 254 223 179 200 190 169 168 143 126 l/

c/d

2010 Domestic Water Per Capita Consumption Benchmark

* Other Countries

-

2,000

4,000

6,000

8,000

10,000

12,000

14,000 11,741

9,690 7,701

12,926 13,174

kWh/year

2010 Overall Per Capita Consumption Benchmark


-

100

200

300

400

500

307 311 253

-

464

0

l/c/d

2010 Overall Water Per Capita Consumption Benchmark

Target at 20% Decrease Target at 35% Decrease

30110,348

Decrease the Per- Capita Consumption of Electricity by 20% and of Water by 35%

Decrease the Per- Capita Consumption of Electricity


kWh/yearkWh/year after

20% reduction in 5 years

Saving kWhrper capita in 5

years

Co2 emission reduction/per capita/5

years

Per Capita 12926 10348 2578 1400

Per Year values 520 per year 280 per year

Conservation Regulations

Efficiency Measures in KM regulation

Lighting & Power

• Efficient lamps Like CFL ,Halogen shall be used in all buildings. • Lighting Control systems.• Timer or presence detectors for external lighting.• High Efficiency motors for industrial application

Air-conditioning

•Improved thermal insulation values for Wall /Roof /Window construction.•Minimum Equipment Efficiency values for All Air conditioning equipments.•Use of energy recovery ventilation system.•Programmable thermostat for Split/Package type A/C units

Water Fixtures •Efficient Faucets•Efficient Toilets


• Revised the Regulation for the installation of

Wiring, Electrical equipment and Air

Conditioning Equipment (DEC 2010Edition),

incorporating energy conservation measures.

This will be applicable to all new buildings in

Qatar.

• Implementation of regulation started on 1st

August 2011.

DEC 2010

Estimated Electricity Savings on Implementation of KM-CN Regulation


0

200

400

600

800

1,000

1,200

1,400

1,600

1,800

Residential Commercial Government Industrial

1,665.95

558.71

173.83231.31

1,273.17

392.27

126.12

196.12

392.79

166.44

47.71 35.19

Co

nsu

mp

tio

n in

Mn

KW

hr

Estimated Electricity Savings on Implementation of KM-CN Regulation

Estimated Annual Electricity Consumption Before Implementing KM-CN Regulation

Estimated Annual Electricity Consumption After Implementing KM-CN Regulation

Annual Electricity Saving After Implementing KM-CN Regulation

23.58%

29.79%27.44%

15.21%

Saving in Percentage Per Annum

Note: Calculations Based on Case Study

11

Estimated Potential Electricity Savings in Lighting for different Sectors


0

50

100

150

200

250


221.85

97.45

34.99

22.51

136.52

58.47

23.02 16.88

85.33

38.98

11.975.63

Co

nsu

mp

tio

n in

Mn

KW

hr

Estimated Potential Electricity Savings in Lighting for different Sectors






38.46%

40.00%

25.00%

34.21%

12

Estimated Potential Electricity Savings in Air Conditioning for different Sectors


0

200

400

600

800

1000

1200

1400


1229.84

364.17

102.10

42.54

922.38

236.71

66.3728.93

307.46

127.46

35.74 13.61

Co

nsu

mp

tio

n in

Mn

KW

hr

Estimated Potential Electricity Savings in Air Conditioning for different Sectors






25.00%35.00% 32.00%35.00%

13

Estimated Water Savings on Implementation of KM-CN Regulation


0

40000

80000

120000

160000

200000

240000

Mosques Flats Villas Labour

Accomodation

Commercial

Buildings

Industrial

Occupancy

Others

20

30

3

66

16

9

16

66

98

13

33

6

19

24

31

10

97

92

40

47

8

14

99

1

50

28

8

12

66

90

10

13

5

14

71

53

83

95

9

30

95

4

53

13 15

88

1

40

00

8

32

01

45

27

8

25

83

3

95

24

Com

sum

pti

on

in

Cu

bic

Met

er

Estimated Water Savings on Implementation of KM-CN Regulation

Annual Consumption Before Implementation of KM-CN Regulation

Annual Consumption After Implementation of KM-CN Regulation

Savings After Implementation KM-CN Regulation

24%

Saving in Percentage

26% 24% 24% 24% 24%24%

14


Power Factor


The relationship between resistive and reactive load component is called Power factor. It is the numerical way of representing the proportions' of real

power kW and apparent power kVA. Power factor is the cosine F of angle

Power Factor

The power factor of Bulk Customers/High consuming customers will be monitored and Non complying cases will have to pay penal charges.

The power factor of all customers will be revised to 0.9 lag or better (0.9 to unity)effective from the date of publication of the amendments in the KM

regulations.

KAHRAMAA plan to revise the power factor limits of Installations


Estimated Electricity Savings on Power Factor Improvement in Industrial Sector


0

1000

2000

3000

4000

5000

6000

7000

8000

Total Electricity Consumption* Estimated Electricity Saving @1%

due to Power Factor Improvement

6163

61.63

Co

nsu

mp

tion

in

GW

hr

Estimated Electricity Savings on Power Factor Improvement in Industrial Sector

8.9

Mn QR

Saving in Million Qatary Riyal Per Annum

* Electricity Consumption for 2011

18

Environment benefits on Power Factor Improvement in Industrial Sector


0

100,000,000

200,000,000

300,000,000

400,000,000

500,000,000

600,000,000

700,000,000

800,000,000

900,000,000

1,000,000,000

Natural Gas Savings (in Cubic Feet) Savings in Terms of QR

968,500,000

14,140,100

Nu

mb

er


19



0

5,000

10,000

15,000

20,000

25,000

30,000

35,000

CO2 Emmission Saving (in Ton) CO2 Savings equal to SUV Vehicle

Emission/Year

33,218

4,600 Nu

mb

er


20

Power Factor in the GCC


Power Factor in the GCC

Bahrain 0.9

Qatar 0.85

UAE 0.95

KSA 0.85

Kuwait 0.8-0.9

Oman 0.85

Save it .. to last اقتصد لتدوم


Phase out of Inefficient Lamps


Consultants must be notified by Kahramaa to stop the use of to incandescent lamp in the design and plans of buildings, as well as to include the ban of importing incandescent lamps In the first stage is to stop bulbs of 100 watts and 75 watts, followed by a second

stage is to stop bulbs of 60 watts, then the third stage of 40-watt bulbs

All studies point to problems related to incandescent lamp, especially in the environmental field

The project aims to stop the incandescent lamp as these cause high temperature, which may be the cause of home fires and the energy consumption is significantly higher

compared to energy-saving lamps

23

Estimated Electricity Savings on Phase out of Inefficient Lamps in Residential Sector


0

1000

2000

3000

4000

5000

6000

7000

8000

9000

Total Electricity

Consumption*

Electricity Consumption for

Lighting @34.46%**

Estimated Energy Saving

@80% from Lighting

8606.30

2965.73

1186.29

Con

sum

pti

on

in

GW

hr

Estimated Electricity Savings on Phase out of Inefficient Lamps in Residential Sector

77.23 Mn QR

for Kahramaa

&

94.9 Mn QR

for Customers

Saving in Million Qatari Riyal Per Annum

* Electricity Consumption for 2011

** Electricity Consumption for Lighting 34.36% of Total Residential Consumption: ESCWA Study

24

Environment benefits on Phase out of Inefficient Lamps in Residential Sector


0

200,000,000

400,000,000

600,000,000

800,000,000

1,000,000,000

1,200,000,000

1,400,000,000

1,600,000,000

1,800,000,000

2,000,000,000

Natural Gas Savings (in Cubic Feet) Savings in Terms of QR

18,641,700,000

MQR 272

Nu

mb

er


25



0

20,000

40,000

60,000

80,000

100,000

120,000

140,000

160,000

CO2 Emmission Saving (in Ton) CO2 Savings equal to SUV

Vehicle Emission/Year

639389

97000 cars @

80km/day for 365 daysNu

mb

er


26

Phase out incandescent lamp as per European union program


هناك برامج مماثلة في دول أخرى من العالم

Save it .. to last


Phase out incandescent lamp

Air Condition Equipment Energy Labeling Program


PROPOSED PRODUCTS FOR ENERGY LABELING ARE WINDOW AND SPLIT TYPE AIR CONDITIONERS

To guide the consumer to pick devices of optimal consumption efficiency

Project aims at classification of efficiency in air conditioning equipment to determine high efficiency

and mark it by a lable belonging to KM

29

Energy Efficiency Ration for room ACs


Minimum Equipment Efficiency Ratio for AC in the State of Qatar is 8.5

Enforce EER (minimum Equipment Efficiency)values for all Air conditioning equipments as stipulated in KM regulations

Energy efficiency labeling for Room air conditioning equipments

More Star Means More saving



KM PROPOSALS ON SOLAR ENERGY

32

Promote R&D programs on renewable energy.

Develop Guidelines for interconnection of PV systems to KAHRAMAA grid

Incentives to projects implementing renewable Energy.

Amend Regulations to mandate use of solar water heater in

residential & selected commercial applications.

Estimated Environment benefits on Reduction of 20% in Per Capita Consumption within Five Year Target Plan


0

10,000,000,000

20,000,000,000

30,000,000,000

40,000,000,000

50,000,000,000

60,000,000,000

70,000,000,000

80,000,000,000

90,000,000,000

Estimated 5 Years Savings in

Terms of Natural Gas (in

Cubic Feet)

Estimated 5 Years Savings in

Terms of QR

83,228,000,000

1,215 MQR

Nu

mb

er

Estimated Environment benefits on Reduction of 20% in Per Capita

Consumption within Five Year Target Plan

33


0

500,000

1,000,000

1,500,000

2,000,000

2,500,000

3,000,000

Estimated Savings in Terms of

CO2 Emmission (in Ton) in Five

Years

Estimated CO2 Savings equal to

SUV Vehicle Emission in Five

Years

2,854,722

430,000 cars @

80km/day for 365

days

Nu

mb

er

Estimated Environment benefits on Reduction of 20% in Per Capita

Consumption within Five year Target Plan

Estimated Environment benefits on Reduction of 20% in Per Capita Consumption within Five year Target Plan

34



w w w . k m . c o m . q a

T h a n k y o u

37

Documents

Presented by : Eng. Fahad Al Kaabi · • Revised the Regulation for the installation of Wiring, Electrical equipment ... Annual Consumption After Implementation of KM-CN Regulation