REpow’s Digital MRV platform is designed as a carbon-standard-agnostic infrastructure layer, enabling the Company’s biomass, composting, and bioenergy projects to align with both national and international carbon standards without being locked into a single registry or methodology.
By capturing geo-referenced, batch-level, and process-level data across the entire value chain—from agricultural fields to power generation—Digital MRV ensures that environmental and social impacts are measurable, auditable, and verifiable, meeting the expectations of DFIs, Climate VCs, regulators, and carbon market participants.
REpow adopts a layered carbon standards strategy to balance credibility, scalability, and market optionality:
National alignment and regulatory credibility through T-VER
International voluntary carbon market access through Verra
High-integrity and premium impact positioning through Gold Standard
This approach allows the same underlying MRV system to support domestic policy objectives, international investor requirements, and premium ESG outcomes, while preserving flexibility as carbon markets evolve.
Digital MRV enables consistent measurement, reporting, and verification across all major project activities:
Geo-located field data for rice straw, sugarcane leaves, and other residues
Verification of historical open-burning practices and avoided emissions
Timestamped collection records to prevent double counting
Batch-level traceability from village to cluster scale
Verified weights, moisture content, and storage duration
Inventory reconciliation and loss monitoring
Input-output mass balance (biomass + manure → compost)
Process monitoring (temperature, retention time)
Distribution tracking back to agricultural land
Verified fuel consumption by feedstock type
Electricity generation linked to physical biomass inputs
Fossil-fuel displacement and emissions-reduction calculations
The Digital MRV system is structured to support multiple crediting pathways:
Avoided emissions from open-field burning and fossil-fuel substitution
Process-related reductions from controlled composting and bioenergy generation
Impact co-benefits related to clean air, rural income, and soil health
By maintaining audit-ready data trails, the platform supports third-party verification under both national programs and international voluntary standards, while allowing project-by-project selection of the most appropriate certification route.
REpow applies a practical, staged approach to carbon standards alignment:
Near-Term
Focus on standards that support fast deployment and national credibility
Prioritize avoided-emission pathways with clear policy relevance
Medium-Term
Expand alignment to international voluntary standards as project portfolios scale
Enable participation by global corporate buyers and climate-finance facilities
Selective Premium Pathways
Apply high-integrity standards to community-centric and soil-impact projects
Emphasize impact quality over volume where appropriate
This phased approach reduces execution risk while preserving long-term upside.
The Digital MRV-enabled carbon alignment provides:
Credible, third-party-verifiable impact claims
Reduced regulatory and reputational risk
Optionality for future carbon monetization
Compatibility with blended-finance and results-based financing structures
Transparency across a complex, multi-stakeholder supply chain
Importantly, carbon alignment is positioned as a value-enhancing option, not a dependency for project viability.
REpow’s Digital MRV platform transforms biomass-based projects into transparent, standards-aligned climate infrastructure assets.
By designing MRV once—and aligning it with multiple carbon standards—the Company ensures verification integrity, strategic flexibility, and long-term relevance for investors operating across regulatory, voluntary, and impact-driven capital markets.