Energy Audit Report Presentation
•
0 likes•123 views
The purpose of uploading this presentation is to share an example that how an internal energy team with basic resources can present the energy audit report to management.
More Related Content
What's hot
What's hot (20)
Similar to Energy Audit Report Presentation
Similar to Energy Audit Report Presentation (20)
Recently uploaded
Recently uploaded (20)
Energy Audit Report Presentation
- 1. Energy Audit Report Example of presenting Basic internal energy report ABC Energy Audit Team
- 2. Contents • Executive Summary • Audit Scope • Audit Team • Energy Management Status • Baseline Data • Observations and suggestions • Saving Summary
- 3. Executive Summary • Energy Audit Team conducts comprehensive energy audits as part of its company’s Energy management policy and its commitment towards continual improvement. • As a standard energy audit practice, full walkthrough surveys of the premises and detailed energy audit were performed . Energy consumption profile for the last 24 months was reviewed. • Below is the summary of potential savings of Potential financial savings Potential energy savings Potential CO2 reduction 4.8 million rupees per year 40% optimization per year 53 metric tons per year
- 4. Audit Scope Energy audit activity will be conducted in below prescribed departments/areas of Factory • Fabric Cutting • Stitching/Packing • Warehouse • Office Building • Electrical room
- 5. Audit Team Energy audit activity has been performed by Below Name Department Role Salman Sustainability Lead Auditor Adnan Engineering Auditor Wajahat Maintenance Auditor Abbas Production Head Support team Mukhtiar Administration Support Team
- 6. Audit Tools Energy audit team has utilized below tools • Condition Survey checklist • Utility Bills • Clamp Meter • P.F Meter • Equipment Manual • Lux Meter
- 7. • Current Status of energy Management Level Energy Policy Organizing Training Performance Measurement Communication Investment 4 Energy Policy, ActionPlanand regular reviews have active commitment of top management Fully integratedinto senior management structurewithclear accountability for energy consumption Appropriate and comprehensive staff training tailored to identified needs, with evaluation Comprehensive performance measurement against targets with effective management reporting Extensive communication of energy issues within and outside oforganization Resources routinely committed to energy efficiency in support of organizational objectives 3 Formal policy but no active commitment from top management Clear line management accountability for consumptionand responsibility for improvement Energy training targeted at major users following training needs analysis Weekly performance measurement for eachprocess,unit,or building Regular staff briefings, performance reporting and energy promotion Same appraisal criteria used for energy efficiency as for other cost reduction projects 2 Un-adopted policy Some delegation of responsibility but line management and authority unclear Ad-hoc internal trainingforselected people asrequired Monthly monitoring by fuel type Some use of organizational communication mechanismsto promote energy efficiency Low or medium cost measures considered if short payback period 1 An unwritten set of guidelines Informal, mostly focused on energy supply Technical staff occasionally attend specialist courses Invoice checking only Ad-hocinformal contactsusedto promote energy efficiency Onlylowornocost measures taken 0 No explicit energy policy No delegation of responsibility for managing energy No energy related staff training provided No measurement of energy costs or consumptions No communication or promotion of energyissues No investmentin improving energy efficiency
- 9. Baseline
- 11. Observations and suggestions (1) • Potential saving with lighting efficiency. Current Total power used by CFL tube & savers Proposed Total power used by LED tube Lights, Flood Lights & Bulbs Investment Savings Payback 55.5 kW 20.84 kW 822,580 PKR 6,890 kWh per month 9.18 months
- 12. Observations and suggestions (2) • Sky Lights in ware house Current Total power used for lighting in warehouse Proposed SKY Light description Investment Savings Payback 1,500 kWh/month Qty. 21 Fiber Sheet skylight 382,725/ PKR 504 kWh per month 3.5 Years
- 13. Observations and suggestions (3) • Potential savings with energy efficient cooling Current Total power used by Ceiling fans & Split AC Proposed Total power used by EE ceiling fan & Inverter split AC Investment Savings Payback 59.4 kW 34.17 kW 2,166,000 PKR 4,874 kWh per month 34.18 months
- 14. Observations and suggestions (4) • IT-related equipment Current Total energy used by Desktop PCs Proposed Total energy used by Laptop Payback Remarks 1,164 kWh/month * 291 kWh / month* +10 Years • Project can be Good for Marketing . • Staff will get motivated • Easy to handle Savings: 872 kWh / month * Value is for 28 computer users of management staff
- 15. Observations and suggestions (5) • Occupancy sensors Applications Qty of Sensor Energy Savings with 5 min Pay Back • Offices • Warehouse • Corridor 14 6 3 50% 38% 29% 02 Years
- 16. Observations and suggestions (6) • Power factor At the time of survey, power factor was observed to be 0.85 on the PF panel and 0.98 on the KE meter. Installation of suitably sized switched capacitors into the power distribution circuit to improve P.F, minimizing wasted energy, liberating more kW from the available supply, and saving money.
- 17. Observations and suggestions (7) • Solar Energy on Office Building Panels Capacity Investment Payback Remarks 33kW DC Solar System 3,038,150 PKR 3.18 Years • Project can be Good for Marketing .
- 18. Summary Energy Use Audited Load (kW) Optimized Load (kW) Proposed Load (Kw) Investment (PKR) Expected Savings Payback (Years) kW kWh/annum PKR/annum Lighitng 55.3 54.2 20.2 822,580 34 82,670 1,074,722 0.8 Fans 61.3 29.4 16.7 1,176,000 12.7 34,292 445,798 2.5 AC 30 30 18 990,000 12 24,192 314,496 3 Total 146.6 113.6 54.9 2,988,580 58.7 141,155 1,835,016 1.5 Based on the energy usage, below are the details of the existing and optimized loads, and expected savings.
- 19. “Energy conservation is the foundation of energy independence.” Tom Allen