The Electricity Consumptions Study of Power Deficit System: Assisting forecasts for Demand Side Management

Abstract

In a world where energy requirements are increasing faster than our ability to generate it, it is important to manage the consumption of electricity efficiently. This article looks at how demand-side management (DSM) strategies can be adapted for use in systems with power deficits to improve the reliability and sustainability of the electricity supply. We also study different DSM methods such as load shifting, peak shaving, and demand response; assessing their effectiveness in alleviating shortages of electric power. Our results show that through DSM, immediate deficits can be relieved while at the same time creating opportunities for enhancing energy efficiency and integrating renewable sources of power. The introduction of demand-side management into the energy system can significantly enhance electricity efficiency, reduce greenhouse gas emissions, and maintain ecological balance. This offers a promising solution to the current challenges and a brighter future for Mongolia's energy sector. A proposed framework for adapting DSMs provides practical guidance for decision-makers in government and utility companies interested in implementing strong interventions at the demand side which would ultimately lead to more resilient and sustainable electricity systems.