The COP31 presidency has announced an electrification target to raise the share of final energy demand to 35% by 2035. Household thermal energy presents an opportunity to accelerate electrification if we are to achieve this target. In the Global South, domestic energy accounts for 70% of energy consumption, which remains unaddressed.

Transitioning millions of families from biomass fuels to electric cooking could create a steady demand for electricity. However, achieving these ambitious electrification goals comes at a cost, as high-tier electric cooking appliances remain expensive for low-income households. This reality creates an urgent need for innovative financing mechanisms.

As negotiators gear up for COP31, carbon finance should be considered as one of the innovative financing mechanisms that remains underexplored. Carbon finance converts the verified value of avoided emissions into immediate financial subsidies that lower initial costs for families.

Turning future carbon value into upfront discounts makes electric cooking affordable for low-income homes. This would give national and local power companies the reliable customer base needed to expand renewable energy grids and open the door for governments to secure carbon finance aligned with Article 6 of the Paris Agreement. 

Fast issuance

With digital carbon and dMRV technology, clean cooking carbon project developers can speed up credit issuance, delivering the fast cash flow needed to continuously reinvest and scale projects. ATÉC’s fully digital Measurement, Reporting, and Verification (dMRV) technology is changing how carbon credits are generated, verified, and audited, strengthening confidence in clean cooking projects. This shortens verification timelines and provides immediate liquidity to expand clean energy access.

The operational viability of this high-integrity model is proven. ATEC Global became the first cookstove project developer to issue fully digitised carbon credits under Gold Standard using digital MRV. Implemented in its eCook project in Bangladesh, ATEC deployed patented electric induction stoves equipped with integrated global roaming SIM cards.

This automated verification process accelerates issuance timelines. Under traditional frameworks, developers waited eighteen to twenty-four months to complete verification cycles; with digital MRV, verified issuances can occur every ninety days. Accelerated verification provides immediate cash flow, reducing financial risk for investors.

For national governments negotiating Article 6 agreements at COP31, IoT-driven digital MRV delivers the accounting rigour needed to authorise Corresponding Adjustments with confidence. Real household usage is recorded automatically on a public ledger and government ministries can monitor domestic decarbonization progress in real time. Host countries can specify exact carbon export volumes without fear of unexpected inventory shortfalls, while purchasing nations receive auditable ITMOs that meet international compliance standards.

This digital integrity can transform household electrification from high-risk development projects to attractive investable ones. The expansion of electric cooking also directly reinforces national energy security, a priority highlighted by COP31 in light of ongoing global fuel market disruptions. Developing nations that rely heavily on imported liquefied petroleum gas suffer economic instability whenever geopolitical conflicts spark international fuel price spikes. 

Transitioning households to electricity builds resilience against external price shocks, protects their purchasing power while reducing national trade deficits. Done correctly, household clean electrification can become a self-reinforcing economic flywheel that enhances national energy sovereignty, expands renewable infrastructure, and delivers verifiable carbon reductions.

As climate ministers, carbon buyers and carbon market leaders gather in Antalya for COP31, the global climate architecture stands at a critical juncture. Negotiators must acknowledge that achieving the 35% global electrification target by 2035 requires aligning international finance rules with modern digital capabilities. 

Standard-setting bodies and Article 6 supervisory organs should establish a policy preference for digital MRV frameworks in household decarbonization, establishing 100% direct data measurement as the baseline requirement for compliance carbon issuance. Countries updating their NDCs ahead of COP31 must integrate eCooking into national electrification roadmaps, treating thermal energy transition as both a primary power demand driver and a generator of valuable carbon credits.

Multilateral development banks, climate funds and philanthropic institutions must shift capital allocation strategies away from legacy survey-based projects toward digital-first hardware deployment. By funding the upfront hardware and IoT infrastructure required for eCooking deployment, blended finance vehicles can mobilise billions of dollars in private capital that previously sat on the sidelines due to over-crediting risks. Investing in digital MRV infrastructure ensures that every dollar of climate finance produces irrefutable, audited, and permanently trackable carbon data.

The path from negotiation to implementation demands a commitment to data integrity, financial innovation, and equity at the Base of the Pyramid. Modern platforms like ATEC’s dMRV technology prove that high-integrity carbon accounting is a reality already delivering verifiable impacts. 

As COP31 moves the Paris Agreement to implementation, 100% data-auditable electric cooking offers the world a proven model to turn global climate targets into bankable investments, ensuring that the clean energy transition reaches every household.

For partnership opportunities with ATEC at COP31, please contact our team at media@atecglobal.io