Presentation on Standards and Labeling Programme Presented By: Uttar Pradesh New and Renewable Energy Development Agency (UPNEDA) Vibhuti Khand, Gomti Nagar, Lucknow (U.P.)
Why Standards and Labeling? Wide variation in energy consumption by products of manufacturers is observed. Information on energy consumption is often not easily available, sufficient or easy to understand from the nameplate. Lead to continued manufacture and purchase of inefficient equipments and appliances. 2
Standards and Labeling Programme One of the key thrust areas of EC Act, 2001 is Standards & Labeling Program. The Standards and Labeling is a direct outcome of section 14 clause (a)-(d) of the Energy Conservation Act,2001. Goal: Market transformation towards energy efficient appliances Objective: To reduce overall energy consumption by use of such equipments / appliances. Approach: Voluntary regime Mandatory regime, Progressive tightening of regulations. 3
Standards & Labeling Programme Standard Prescribes Energy performance of manufactured products (Minimum Energy Performance Standards, MPES). Label Information on product s energy performance (usually in the form of energy use, efficiency, or energy cost) Give consumers the data necessary to make informed purchases
Products covered under S&L programme The Standards and Labeling programme has now been covered 21 equipment/appliances (4 are in mandatory phase and the remaining 17 are in Voluntary phase) and a few more appliances are likely to be added in the current financial year. Mandatory Appliances 1. Frost-free Refrigerators 3. Air-conditioners 2. Tubular Fluorescent Lamps (TFL) 4. Distribution Transformers
Products covered under S&L programme 1) Room Air Conditioners (Cassette, Floor Standing Tower, Ceiling, Corner AC) Voluntary Appliances 10) Computer (Notebook/Laptops) 2) Direct Cool Refrigerator 11) Ballast (Electronic/Magnetic) 3) Induction Motor 12) Office equipment's (Printer, Copier, Scanner, MFD's) 4) Agricultural Pump Sets 13) Diesel Engine Driven Monoset Pumps for Agricultural Purposes 5) Ceiling Fans 14) Solid State Inventor 6) Domestic Liquefied Petroleum Gas (LPG) Stoves 15) Diesel Generator 7) Electric Geysers 16) Variable Capacity Air Conditioners 8) Color TV 17) LED Lamps 9)Washing Machine
Progressive Tightening of regulation Average efficiency increases: 2007 2013 Air - conditioner (EER)* 2.3 3.2 Refrigerator (kwh/l/year)# 1.93 1.25 Avoided power generation of 8558 MW till 2013 : 11 th Plan: Achieved avoided power generation of 7766 MW 12 th Plan: Achieved avoided power generation of 792 MW in the first 2 years of 12 th Plan * EER Energy Efficiency Ratio #(kwh/l/yr) - units per litre per year 7
Check Testing BEE/EESL has appointed RITES for test checking the products on the information stated in labels In check testing samples drawn from the market Testing at NABL accredited labs If during check testing product sample fail: BEE intimate to all the State Designated Agencies BEE will publish in newspaper Action Directed to manufactures 8
S & L significant benefits 1. Provides information on energy saving 2. Enables consumers to reduce energy bills 3. Reduces demand without affecting end use and enables better supply and demand scenario 4. Strengthens competitive markets 5. Reduces green house gas emissions Our Role Conduct extensive and sustained outreach and awareness campaigns to educate consumers about the benefits of using energy efficient equipment/ appliances. 9
Domestic Efficient Lighting Program(DELP) Scheme
Energy Efficiency in Home Lighting Domestic Efficient Lighting Programme (DELP) taken up first in Puducherry, Delhi LED bulbs provided to each household at the cost of incandescent bulb Additional costs recovered through energy savings from utility bills Bulk procurement of LED bulbs under DELP led to cost reduction from Rs. 400 to Rs. 100. Replacement of 77 crores incandescent bulbs will save 20,000 MW. Target for LED bulb replacement is: 3 crores for 2015 15 crores for 2016 50 crores for 2017-2020 period.
DELP In Uttar Pradesh The Government of Uttar Pradesh (GoUP) in association with Energy Efficiency Services (EESL) has launched Domestic Efficient Lighting Program across the state of Uttar Pradesh. Currently scheme is running in sixteen district. The upfront investment made by EESL will be recovered from the electricity bill of the consumers over a period of 10 months.
DELP UP Scheme Distribution: LED bulbs are being provided to domestic consumer base on the connected load. Connected Load Less than or equal to two kilowatts more than two kilowatts Nos. of Bulbs 5 10 Mode of Purchase: Either at an initial payment of Rs.10 each followed by a recovery of Rs.100 each over a period of 10 months from electricity bills. Or at an upfront payment of Rs.100 for each LED bulbs subject to providing copy of electricity bill.
Progress in U.P. City wise DELP scheme implementation as on 6 th November 2015 S. No District LED Bulbs(Quantity) 1 Lucknow 1057283 2 Kanpur 955785 3 Varanasi 641744 4 Allahabad 466356 5 Bareilly 274855 6 Bahraich 104281 7 Ghazipur 76518 8 Basti 54734 9 Jaunpur 50688 10 Pilibhit 38493 11 Fatehpur 35357 12 Pratapgarh 30426 13 Kaushambi 10753 14 Hardoi 7235 15 Bhadohi 6784 16 Unnao 3692 Total 3814984
Avoided Capacity Addition Till the date (as on 6 th November 2015), DELP scheme in Uttar Pradesh has replaced 3.81 million LED bulbs to domestic consumers which reduced the Avoided Capacity Addition by 25.43 MW and which leads to savings to the tune of Rs. 55.7 crores approx. Particulars Unit Total Power Rating of existing CFL Watt 15 Power Rating of LED Bulb Watt 7 Power Saving Watt 8 Average Hours of Usage Hrs/Day 10 Operating Days per Year Days / Year 365 Daily Energy Saving by LED Bulbs (Under DELP Scheme) kwh/day 0.08 Annual Energy Saving by LED Bulbs (Under DELP Scheme) kwh/year 29.2 Number of LED Bulbs offered under DELP Scheme Number 3,814,984 Energy Saved under the DELP Scheme per Annum KWh 111397533 Million Units (MU) 111.40 Saving In Rs. at (Unit rate of Rs. 5/Unit) Rs. in Million 556.99 Total Load Reduction at Consumer Ends MW 12.72 Total Avoided Capacity Addition (ONE Unit saved at consumer end is equal to TWO Unit Generated) MW 25.43