Center for Demand Flexibility
Establishing demand flexibility as a mainstream, compensated grid resource across emerging economies.
The Challenge
Passive demand sits at the root of renewable curtailment, utility financial distress, and grid fragility across the developing world.
Renewable Curtailment
Variable renewables head toward 27% of global generation by 2030,2 yet grids across India, sub-Saharan Africa, and Southeast Asia lack mechanisms to absorb intermittent supply. Clean energy exists; intelligent demand that responds in real time does not.
Utility Financial Stress
India's peak demand has surged 55% in nine years,4 with every megawatt added on the assumption that supply must chase passive demand. The same pattern strains grids from Lagos to Riyadh, where cooling loads drive fierce demand spikes.3
Grid Deficits Across Regions
Some 730 million people in sub-Saharan Africa still lack electricity.1 In the Middle East, peak demand driven by cooling is projected to double by 2050.3 These regions need grids built around flexibility from day one — not retrofitted decades later.6
500 GW
Global demand-response capacity needed by 20305
55%
India peak-demand surge in nine years4
730M
People in sub-Saharan Africa lack electricity access1
Our Approach
C-FLEX acts as an ecosystem enabler. It brings together policymakers, regulators, utilities, technology innovators, demand aggregators, and consumers to make demand flexibility a recognised grid resource — an alternative to peaking capacity and a critical enabler of renewable integration.
Emerging economies in India, sub-Saharan Africa, Southeast Asia, and the Middle East are electrifying, industrialising, and deploying renewables simultaneously. That creates a unique window to embed flexibility from day one. Where others ask “how do we run a demand-response pilot?”, C-FLEX asks “how do we build the institutional architecture so demand flexibility becomes mainstream, scaled, and bankable?”5
Key Programs
C-FLEX organises its work around four mutually reinforcing areas of intervention.
Enabling Frameworks
Developing regulatory and policy architectures that recognise demand flexibility as a compensated grid resource — from India's electricity regulations to nascent grid codes in sub-Saharan Africa and Southeast Asia.
Market Architecture
Designing transparent market mechanisms, real-time platforms, and standardised measurement-and-verification protocols for flexibility trading across emerging economies in South Asia, the Middle East, and beyond.
Pilot Implementation
Running demand-flexibility pilots across residential, commercial, and industrial sectors in India while developing replicable models for sub-Saharan Africa, Southeast Asia, and the Middle East.
Capacity Development
Training policymakers, regulators, utilities, and aggregators — from New Delhi to Nairobi to Jakarta — to build the institutional readiness without which flexibility markets cannot function.
Partner With C-FLEX
Governments, utilities, and organisations working on grid flexibility — we would like to hear from you.
Sources & References
- 1.IEA, 'Africa Energy Outlook,' 2022. Approximately 730 million people in sub-Saharan Africa lack access to electricity, and installed generation capacity across the region remains below that of a single mid-sized European country.
- 2.IEA, 'Electricity Market Report,' January 2024. Variable renewables are forecast to supply 27% of global electricity generation by 2030, yet grids across India, sub-Saharan Africa, and Southeast Asia lack the flexibility mechanisms to absorb intermittent supply without curtailment.
- 3.IEA, 'The Future of Cooling,' 2018. Energy demand for space cooling in the Middle East and North Africa is projected to double by 2050, driven by rising temperatures and urbanisation, placing severe strain on peak electricity supply.
- 4.Central Electricity Authority (CEA), India, 'All-India Peak Demand,' 2024. Peak demand rose from 157 GW (2015–16) to 243 GW (2024–25), a 55% increase in nine years.
- 5.IEA, 'Demand Response,' Tracking Report, 2023. The IEA estimates that 500 GW of demand-side response capacity is needed globally by 2030 to support grid flexibility under a net-zero pathway.
- 6.World Bank, 'State of Access to Modern Energy Cooking Services,' 2023. Sub-Saharan Africa faces compound grid challenges: low electrification rates, high transmission losses, and insufficient generation capacity — all of which demand-side flexibility can help address.