--- title: "DSM concept; planning and implementation steps" subject: "Utilization of Electrical Energy" chapter: 6 key: "semester_7/utilization_of_electrical_energy:dsm-concept-planning-implementation" source: https://www.bctengineer.com/q/semester_7/utilization_of_electrical_energy/dsm-concept-planning-implementation site: BCT Engineering --- # DSM concept; planning and implementation steps Utilization of Electrical Energy · Chapter 6: Demand Side Management - Asked in: 2072 Chaitra, 8 marks - Video: [LOAD MANAGEMENT AS DSM STRATEGY](https://www.youtube.com/watch?v=uhRsC9E49ZA) — Shivangi Tandon - Answer checked by Claude Opus 5.5 (high effort) on 2026-10-14 - Page: https://www.bctengineer.com/q/semester_7/utilization_of_electrical_energy/dsm-concept-planning-implementation - Whole chapter: https://www.bctengineer.com/md/semester_7/utilization_of_electrical_energy/chapter-6 ## Question Explain the concept of demand side management. Discuss the steps involved in DSM planning and implementation. ## Short answer DSM changes the amount and timing of customer electricity use to achieve a desired load shape, using peak clipping, valley filling, load shifting, conservation, growth, and flexible load. Planning steps are set objectives, load research, identify alternatives, evaluate, select and design, implement, then monitor and feed results back. ## Answer **Demand side management (DSM)** is the set of utility activities designed to influence the amount and timing of customers' electricity use so that the utility's load shape changes in a desired way. Instead of building more supply to meet demand (supply side), DSM manages the demand itself. #### Concept: load shape objectives ```text Utility load curve (kW vs time of day) peak kW /\ clip the peak | __/ \__ fill the valley |__/ \__ shift peak -> night | valley +------------------ time ``` 1. **Peak clipping**: reduce load at peak hours (direct load control). 2. **Valley filling**: build load in off-peak hours (night pumping, EV charging). 3. **Load shifting**: move load from peak to off-peak (TOD tariff, storage heaters). 4. **Strategic conservation**: reduce energy use overall (efficient lamps, motors). 5. **Strategic load growth**: increase sales in a planned way (electric cooking). 6. **Flexible load shape**: interruptible loads that can be curtailed when needed, for a lower tariff. #### Steps in DSM planning and implementation 1. **Set objectives**: define the utility's goals (reduce peak, defer new plant, cut losses, improve load factor). 2. **Load research and data collection**: study the load curve, consumer categories and end uses; identify where and when demand is high. 3. **Identify DSM alternatives**: list possible technologies and programmes (efficient lighting, pf correction, TOD tariff, load control, solar water heaters). 4. **Evaluate alternatives**: cost–benefit analysis from the view of utility, participant and society (tests such as total resource cost, ratepayer impact); estimate MW and MWh savings. 5. **Select programmes** that are cost-effective and acceptable to customers. 6. **Design the programme**: target customers, incentives, tariffs, delivery mechanism, marketing. 7. **Implementation**: pilot programme, customer awareness, training, procurement and installation. 8. **Monitoring and evaluation**: measure actual savings and load shape change; give feedback to improve the programme. DSM planning is continuous; results of monitoring feed back into the next planning cycle and into the utility's integrated resource plan. ## Check yourself The answer's key points as multiple-choice questions, with the correct option and why. 1. How does DSM differ from supply side action? A. It builds more plants B. It manages the demand itself instead of building more supply C. It removes all load D. It lowers generation efficiency Answer: B. DSM influences customers' use so that the supply need changes, rather than expanding supply. (Key point: DSM concept) 2. Which objective moves load from peak hours to off-peak hours, e.g. using a TOD tariff? A. Peak clipping B. Valley filling C. Load shifting D. Strategic load growth Answer: C. Load shifting moves load in time; peak clipping reduces it, valley filling adds off-peak load. (Key point: Load shifting) 3. What is the correct order of the first steps in DSM planning? A. Implementation, objectives, load research B. Set objectives, load research and data collection, identify alternatives C. Monitoring, then objectives D. Marketing, then load research Answer: B. Planning starts with objectives, then load research, then identifying DSM alternatives. (Key point: First planning steps) 4. What is the role of the final monitoring and evaluation step? A. It measures actual savings and gives feedback for the next planning cycle B. It sets the objectives C. It buys equipment D. It is optional and unrelated to planning Answer: A. Results feed back into the next planning cycle and the integrated resource plan. 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