EE.pptx

Empowering Customer Energy Usage Through Energy Management MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050...

Empowering Customer Energy Usage Through Energy Management MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 1 1  DEFINITION OF ENERGY EFFICIENCY Using less energy to provide the same services without compromising 3 main factor which is COMFORT, SAFETY and QUALITY. MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 2 2  Something to Ponder….. “Energy Saving is not necessarily Energy Efficient” however ENERGY SAVING “Energy Efficient is Energy Saving” ENERGY EFFICIENT MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 3 3  Identify the situation….. Watching TV with the lights off Using air conditioning at a temperature of 16 degrees Celsius Read using a table lamp Let the light be on in the morning MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 4 4  Load Apportioning Television Vacuum Satellite Dish & Decoder Iron Others Dryer 0.5% 1.7% 0.9% 0.7% 0.5% 1.1% Fan 4.4% Lighting 5.1% Air Conditioner 39.8% Refrigerator 21.4% Centralized Water Heater 23.7% MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 5 5  Energy Saving Benefits 1) Economical Factor 2) Non-Economical Factor MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 6 6  Energy Saving Benefits Economical Factor By implementing Energy efficiency energy consumption can be optimized. Reduce Reduce electricity Increase Then the following operating bills profits costs benefits will be achieved: MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 7 7  Impact on the Environment with the Use of Fossil Fuel Non-Economic Factor Electricity generation in Malaysia is highly dependent on fossil fuels which emit carbon dioxide (CO2) gas which contributes to global warming due to Home Impact Global Green warming Greenhous e effect CO2 Increased energy efficiency can emissions control / reduce the greenhouse effect and maintain the sustainability of Energy declining energy resources for future usage generations MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 8 8  Energy Pyramid MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 9 9  Impact of Air-conditioner 18 ℃ VS 24 ℃ Air-conditioner at 18 - Analysis Energy Consumption (per day)– 7.71 kWh Consumption (per Day – RM) – 7.71kWh (0.571) = RM 4.40 Consumption (per Month – RM) – RM 4.40 (30) = RM 132.00 Air-conditioner at 24 Energy Consumption (per day)– 4.88 kWh Consumption (per Day – RM) – 4.88kWh (0.571) Constant Parameter: = RM 2.79 Consumption (per Month – RM) – RM 2.79 (30) Size Air-conditioner : 1.0 Horse = RM 83.70 Power Room Dimension : 10 ft x 10 ft Saving: Mode : Cool Running Time : 8 Hours RM 132.00 – RM 83.70 = RM 48.30 Blower : Maximum Assuming the initiative is apply to 5 unit air- conditioner RM 48.30 (5) = RM 241.50 MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 10 10  Impact of Water Dispenser Constant Parameter: Reading taken every 12 hours MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 11 11  Impact of Water Dispenser - Analysis Active Mode 7.00 AM – 7.00 PM Reading 7.00 AM – 0000 Wh 7.00 PM – 8687 Wh Total Consumption 8687 Wh Consumption (RM) Not Applicable Passive Mode 7.00 PM – 7.00 AM Reading 7.00 PM – 8687 Wh 7.00 AM – 9680 Wh Total Consumption 993 Wh Consumption (RM) 993 Wh (0.571) (30) = RM 17.00 MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 12 12  Impact of Lamp Incandescent v LED MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 13 13  Impact of Lamp Incandescent vs LED – AnalysisConstant/Assumption Parameter: All lamp duration time is 8 hours ndescent Lamp: LED Lamp: W /1000) (8) (30) (0.571) = RM 5.48 (9 W /1000) (8) (30) (0.571) = RM 1.23 me 20 units lamp = RM 5.48 (20) = RM 109.60 Assume 20 units lamp = RM 1.23 (20) = RM 24 Saving: RM 109.60 – RM 24.60 = RM 85.00 MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 14 14 The Sustainability Achieved Via Energy Efficiency (SAVE) 4.0 is a program that grants a maximum of RM400 e- Rebate to domestic households that purchase energy efficient air conditioners and refrigerator with 4-star or 5-star energy efficiency labels from the Energy Commission (ST) in 2021. WHAT IS SAVE 4.0? Maximum RM400 e-rebate program for households that purchase energy efficient that has undergone a performance test for energy efficient appliances that received a 4 or 5-star energy efficiency labels from the Energy Commission (ST). OBJECTIVES The main objectives of the SAVE 4.0 Program are as follows: * Increase the total number of five (5) and four (4) star energy efficient electrical appliances and energy efficient appliances in the market; and * Increase public awareness to encourage them to buy energy efficient appliances that will save consumer’s electricity consumption, especially for domestic consumers. The project’s implementation period has been set for one (1) year from December 2023 to December 2024. MODULE B - ENERGY TRANSITION – TECHNOLOGIES TOWARDS SUSTAINABILITY PATHWAY 2050 Hakcipta Terpelihara 2022 © ILSAS 15 15