An institutional-grade Renewable Energy Certificate (REC) tracking ecosystem and trading marketplace built for Asia Carbon Xchange. The platform features an integrated operational core (MyREC) that handles multi-fuel power plant registrations (Solar, Biomass, Biogas), live metering device compliance, automated quarterly credit issuance, and a robust sales and booking matrix connecting green energy producers with multinational carbon buyers.
Asia Carbon Exchange (ACX) in conjunction with MyREC.asia, serves as a bridge between renewable energy producers and sustainable corporations. We developed an end-to-end platform that handles the entire lifecycle of energy assets: from onboarding power plants (Solar, Bio-gas, Biomass), calculating quarterly issuance metrics, managing automated maintenance schedules, to facilitating the final transaction between sellers and institutional buyers. The system ensures compliance, auditability, and real-time performance tracking of green energy assets.
Asia Carbon Exchange / MyREC
Multi-Type Fuel Plant Management (Advanced modules for Solar, Bio-gas, and Biomass tracking)
Automated REC Issuance Engine (Quarterly energy generation calculation and certificate generation)
Intelligent Asset Maintenance System (Schedule-based alerts for regular plant health checks)
Dual-Sided Marketplace (Dedicated portals for both Sellers/Producers and Institutional Buyers)
Secure Buyer & Portfolio Management (CRM integration for tracking corporate ESG investments)
Developing a complex logic engine to convert KWh energy production data into standard Carbon Credit certificates.
Ensuring 100% data integrity and auditability for financial transactions involving multi-party stakeholders.
Architecting a flexible database schema that supports different measurement units and degradation factors across diverse fuel types (Bio-gas vs. Solar).
Deploying the combined ACX corporate architecture and the MyREC dashboard transformed manual compliance operations into a zero-error, automated digital market.
Automated quarterly validation sliced certificate issuance times down from months of manual checking to a single day loop.
Enforced strict database isolation layers and unique hardware tracking keys to make asset overlap mathematically impossible.
Routine device inspections and verification delays were minimized using proactive automated period scheduling alerts.
A highly trained core development squad handled the rigorous requirements of data security, asynchronous processing, and clean reporting.
The project followed a structured development lifecycle focused on renewable energy compliance, asset management, and enterprise scalability.
Researching dynamic environmental credit frameworks, drafting fuel-plant entities, and completing secure UX high-fidelity mockups.
Creating robust database schemas for quarterly billing loops, writing account roles, and configuring IoT ingestion endpoints.
Turning user interfaces into secure, fast React components; building interactive sales/booking workflows, and compiling analytical buyer tables.
Orchestrating strict Docker isolation blocks, conducting extensive transaction failure tests, configuring Redis tasks, and launching onto production infrastructure.
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