Deploy a local peer-to-peer energy trading dApp where prosumers sell excess rooftop solar to neighbors at better rates than feed-in tariffs, with settlement automated and transparent. Consumers access local renewable energy and no central utility sits between the meter and the payment.
Turn low feed-in tariffs into a fair local market that settles solar between neighbors automatically.
01.
The Microgrid Settlement module lets prosumers and consumers clear energy at a local price above the feed-in tariff and below the utility import rate, so both sides win.
02.
The Energy Meter Oracle confirms exactly how much energy flowed from a prosumer to a buyer, so payment settles on delivered kilowatt hours, not estimates.
03.
The ERC-20 Token module carries value between wallets, clearing each trade in seconds without a utility invoice or bank transfer in the loop.
04.
Trades match and settle continuously across the microgrid, removing the manual reconciliation a utility would otherwise perform each billing cycle.
05.
Because sellers bypass the low feed-in tariff, a housing society's prosumers can earn several times what the utility would pay for the same surplus.
06.
Every trade, price, and settlement is visible to residents, so there is no invoice dispute and the community can audit the market at any time.
Follow a single kilowatt hour of rooftop solar from generation through a neighbor's purchase to automated settlement.
11:30:05
[SYS] Reading prosumer meter PM_112...
11:30:05
[CMD] anchorSurplus(prosumer: "PM_112", kwh: 6.4)
11:30:06
[AUTH] Verifying meter interval signature...
11:30:06
[OK] 6.4 kWh listed on local market.
Cerulea decomposes peer-to-peer energy trading into modular contracts. Each layer lists surplus, matches orders, confirms delivery, and settles value without a central utility.
Peer-to-peer energy trading is a horizontal capability. Here is how different microgrid communities put the shared market to work.
Let residents trade rooftop solar among themselves at rates well above the feed-in tariff, keeping renewable value inside the community with transparent, automated settlement.
Key Asset Types
Balance solar across tenants and shared loads on a private microgrid, settling internal energy transfers without routing every kilowatt hour through the utility.
Key Asset Types
Give off-grid and weak-grid villages a fair local market for distributed solar, so generation is monetized locally even where utility infrastructure is thin.
Key Asset Types
Whether you are bridging smart meter gateways or letting prosumer apps trade natively from a wallet, Cerulea routes both into one microgrid market.
For microgrids with metering gateways. Interval data is translated into signed on-chain surplus and delivery records through the API gateway.
Metering Gateway
Microgrid Infrastructure
Cerulea API Gateway
Reading Hashing & Signing
Cerulea Public Chain
Microgrid Market Ledger
For prosumers on a mobile dApp. A wallet signs each listing and trade and routes it directly to the microgrid market.
Prosumer dApp / Wallet
Resident Devices
Microgrid Validators
Trade Consensus
Cerulea Ledger
Local Energy Market
Building a microgrid market with local price discovery, metered delivery proof, and instant token settlement from scratch requires specialised engineers and long integration cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 12 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects distributed energy platform benchmarks. Writing custom matching logic, integrating meter feeds, and deploying token settlement for an average microgrid takes a baseline of 7 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your market and settlement rules into pre-audited WebAssembly binaries and provisions the microgrid ledger instantly.