How can grid stability be managed amid rising renewable penetration and shifting load patterns?
Decarbonising the grid has created a critical challenge: solar generation often fails to align with peak demand, particularly the surging load from residential cooling. This imbalance necessitates grid management resources at the consumer end. Effective DR implementation faced hurdles, including the challenge of driving behavioural change for flexible loads (like EV charging), a lack of granular load data, and the need for regulatory alignment to support dynamic pricing and automated control mechanisms.
Designed a comprehensive Demand Response framework and national implementation roadmap
We developed a holistic DR framework to assist DISCOMs and regulators in enhancing grid flexibility. Our data-driven approach, powered by the capabilities of smart meters and IoT infrastructure, included detailed load analyses to identify peak demand periods and design suitable pricing methodologies.
To operationalise this, our team:
- Conducted stakeholder consultations and designed three targeted pilot programmes—one regulatory and two technology-based—focusing on residential cooling and Electric Vehicle (EV) charging.
- Introduced and evaluated a Time-of-Day (ToD) tariff model for EV charging.
- Developed a ‘National Handbook on DR Implementation,’ offering standard operating procedures and a clear roadmap for scaling DR across India.
Validated DR concepts and institutionalised knowledge for national scaling
The engagement successfully demonstrated the benefits of Demand Response (DR) for both DISCOMs and consumers. By delivering proof-of-concept reports and a comprehensive National Handbook, we helped bridge the gap between policy intent and on-ground execution. The initiative has equipped the sector with the necessary frameworks to integrate intermittent renewables, manage peak loads through consumer participation, and institutionalise DR practices as a core component of India’s power sector operations.
