Eng. Hany Elrouby ENERGY EFFICIENCY STANDARDS AND LABELS PROGRAM IN EGYPT – 2ND PHASE Wednesday 9 October, 2013 Cairo, Egypt
Eng. Hany Elrouby
ENERGY EFFICIENCY STANDARDS AND LABELS PROGRAM IN EGYPT – 2ND PHASE
Wednesday 9 October, 2013
Cairo, Egypt
EGYPTIAN ELECTRICITY CONSUMPTIONPROFILE BY SECTORS
Residential42%
Utility5%
Governmental5%
Public Lights
5%
Commercial& Other
8%
Agriculture4% Industry
31%
ELECTRICITY CONSUMPTION (2011/2012)
Total Electricity Consumption = 134 TWh Residential Sector consumption 56.7 TWh
Residential38%Utility
4%
Governmental5%
Public Lights
6%
Commercial& Other
8%
Agriculture4%
Industry35%
ELECTRICITY CONSUMPTION (2007/2008)
Total Electricity Consumption = 106.6 TWh Residential Sector consumption 40.3 TWh
EGYPTIAN ELECTRICITY PEAK LOADPROFILE DEVELOPMENT
HOUSEHOLD APPLIANCES
Major appliancesair conditioner, freezer, refrigerator, washingmachine, water heater, air Fan, TV, dishwasher,clothes dryer, Kettle, kitchen electric hot plate,Electric furnace, microwave, and building circulatorpumps.
Small appliancesGrill, toaster, mixer, vacuum cleaner, DVD players,MP3 player video game, HiFi and home cinema,telephones, answering machines, coffee maker,computer, laptop, printer, scanner, hair dryer, heaterand iron
Appliance Country Rated Power
Dishwasher 17 1000 – 1500
Televisions 16 40 – 300
Clothes Dryer 15 1200 – 2400
Air Fan 14 30 – 100
Microwave 13 600–1500
Electric Hot plate 13 1000 – 2000
Electric kettles 4 850 – 2200
Building Circulator Pumps 4 350 – 2500
0
2
4
6
8
10
12
14
16
18COUNTRIES
Source: clasponline.org
COUNTRIES APPLIED EES&L FOR RESIDENTIAL APPLIANCES
RATED POWER FOR SMALL APPLIANCES
Small Appliance – Watts
Coffee maker 800 – 1200
Toaster 800-1500
Hot plate 1000 – 1200
Vacuum cleaner 1000 - 2000
Iron 1000 - 1500
Heater 750 -3000
laptop 20-50
Desktop Computer 80-150
printer 100
Typewriter 80-200
CD player 35
Portable stereo 10-30
Satellite dish 30
Electric clock 3
SELECTING CRITERIA FOR HOUSEHOLD APPLIANCES
A. Degree of saturation for the use of household appliances
B. Share of household appliances in energy consumption
C. Growth ratesD. Expected savingsE. Operation during the peak
load period
DEGREE OF SATURATION FOR HOUSEHOLD APPLIANCES
0%
20%
40%
60%
80%
100%
120%
140%
160%
Air Fan TV Kettel Dishwasher Microwave Electric HotPlate
Clothes dryer
ANNUAL ENERGY CONSUMPTION SHARE OF HOUSEHOLD APPLIANCES
TV9%
Refrigerator23%
Washing machine13%
Water Heater9%
Air Condtioner23%
Fan5%
Dishwasher11%
Others 7%
GROWTH RATES FOR RESIDENTIAL APPLIANCES
0%
5%
10%
15%
20%
25%
30%
35%
40%
45%
TV Air Fan Kettel Dishwasher Microwave Clothes dryer Electric HotPlate
APPLIANCES OPERATING LOADS IN PEAK LOAD PERIOD
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Air Fan TV Dishwasher Clothes dryer Kettle Microwave Electric Hot Plate
EGYPTIAN STANDARDELECTRIC DISHWASHERS
Ò Part : 1 (ES: 2093/2005)IEC 60436 : Methods for measuring
the performance
Ò PART : 2 (ES: 6575/2008)SAFETY REQUIREMENTS
INTERNATIONAL ENERGY EFFICIENCY STANDARDS
FOR DISHWASHER
International IEC60436-81 Electric dishwashers for household use
Methods for measuring the performance
United states Code of federal regulations
(10 CFR part 430 subpart B Appendix C)
Japan JIS C9606-93
ELECTRIC DISHWASHERS ENERGY EFFICIENCY STANDARD
IEC 60436: Electric dishwashers for household use Methods for measuring the performance
Scope:This standard applies to electric dishwashers for household usethat are supplied with cold water.
Energy Consumption Test ProgramThe program to be tested shall be the recommended by the manufacturer for a normally soiled load.
Dishwasher Typeq Compact Dishwasher: A dishwasher with a capacity of fewer than eight
place settings and six serving pieces.
q Standard Dishwasher: A dishwasher with a capacity of at least eight place settings and six serving pieces.
Definition: Machine which cleans, rinses, and dries dishware, glassware, cutlery,and, in some case, cooking utensils by chemical, mechanical, thermal, and electricmeans.A dishwasher may/may not have a specific drying operation at the end of theprogram.
Rated Dishwasher CapacityIt is the whole number of place settings together with the serving pieces stated by the manufacturer, which can be cleaned and dried when loaded in accordance with the manufacturer’s instructions
DISHWASHER
Ambient conditionsAmbient temperature of the room:
(20 ± 2) °C– Relative humidity:
(55 ± 10) % RH
Supply voltage 230 V ±2 %
Supply frequency 50 Hz ±1 %
Water supply Feed water temperature: (15 ± 2) °C
Water pressure: (240 ± 20) kPa
test load
Manufacturer’s rated capacity
Test programme: normally soiled load.Test programme: normally soiled load.
DISHWASHER LOAD-CURVE, NORMAL CYCLE
Electrical Energy consumption = 1.27 KWH/CYCLETotal test cycle time = 108 minutesElectrical Energy consumption = 1.27 KWH/CYCLETotal test cycle time = 108 minutes
ELECTRIC DISHWASHERENERGY CONSUMPTION FOR THE STANDARD CYCLE
WhereEc The cold water energy correction, in kWhtc The measured average inlet temperature of the cold water, in
degrees CelsiusQc The volume of the cold water used for each operation, where
water is heated , in liter.
Ec = (Qc × (tc – 15))/860
Cold water energy correction
WhereEt Energy consumption for the standard cycle, in kWh Em Measure energy consumption for the standard cycle, in kWh
Et = Em + Ec
ELECTRIC DISHWASHERENERGY EFFICIENCY INDEX CALCULATION
where:EEI The Energy Efficiency IndexAEC annual energy consumption of the
household dishwasher, in kWh SAEC standard annual energy consumption
of the household dishwasher, in kWh
ELECTRIC DISHWASHERANNUAL ENERGY CONSUMPTION CALCULATION
where:AEC annual energy consumption, in kWh Et energy consumption for the standard cycle, in kWhPl power in ‘left-on mode’ for the standard cleaning cycle, in WPo power in ‘off-mode’ for the standard cleaning cycle, in WTt program time for the standard cleaning cycle, in minutes280 total number of standard cleaning cycles per year;
ELECTRIC DISHWASHERSTANDARD ANNUAL ENERGY CONSUMPTION CALCULATION
Where:SAEC standard annual energy consumption, in kWh ps number of place settings
for household dishwashers with rated capacity ps ≥ 10
for household dishwashers with rated capacity ps ≤ 9
DETERMINE THE MINIMUM ENERGY EFFICIENCY INDEX
0
10
20
30
40
50
60
70
80
90
I II III IV IIV IIIV IX IIX IIIX
EEI
DW Modules
EUROPEAN ENERGY LABELING FOR DISHWASHERS
Energy label for dishwashers
q only models belonging to energy efficiency class A andbetter can enter the market since December 2011.
q from December 2013, only dishwasher models withenergy efficiency class A+ and better will be allowed toenter the EU market.
US ENERGY STAR AND ENERGY GUIDE LABEL
The Energy Guide label estimates how muchpower is needed per year to run the applianceand to heat the water based on the yearly cost ofnatural gas and electric water heating.
ENERGY STAR Criteria for Residential Dishwashers
Product Class Maximum Annual Energy Use
Maximum Per-Cycle Water Consumption
Test Method Reference
Standard (≥8 place settings plus 6 serving pieces)
280 kWh/year 4 gallons/cycle 10 CFR 430, SubpartB, Appendix C
Compact (<8 place settings plus 6 serving pieces)
222 kWh/year 3.5 gallons/cycle
q Compact Dishwasher: A dishwasher with a capacity of fewer than eight place settings and six serving pieces.
q Standard Dishwasher: A dishwasher with a capacity of at least eight place settings and six serving pieces.
215 cycles/Year
TECHNOLOGY IMPROVEMENT OPTIONS FOR DISHWASHERS
Advanced Technology that reduce energy and water consumption and improve performance.
Condenser drying After all washing and rinsing cycles are complete, the dishwasher heats the dishes with hotwater from the final rinse. This water condenses on the dishwasher's cool stainless steel tuband drains away. At the same time, a built-in fan circulates air throughout the dishwasher'sinterior, speeding up the condensation process.
More efficient jetsUse less energy to spray detergent and water over the dishes when cleaning.
Improved water filtrationRemoves food soils from the wash water allowing efficient use of detergent and water throughout the cycle. The final clean-water rinse assures your dishes come out sparkling.
Innovative dish rack designsMaximize cleaning by strategically situating the dishes.
Soil sensorsTest how dirty dishes are throughout the wash and adjust the cycle to achieve optimum cleaning with minimum water and energy use.
Improved fill control
Improved motor efficiency
Increased insulation