CimpleFi · Version 0.1 · Working draft
How CimpleFi connects on-chain participation to operating solar and storage infrastructure — leased by the kilowatt, metered daily, and settled from real generation. This document describes the model as implemented in the live pilot fleet.
Draft for discussion. Subject to change. Nothing here is an offering, investment advice, or a promise of returns.
CimpleFi leases electricity-producing capacity — kilowatts of operating solar and battery plants — to members who pay a one-time, nonrefundable lease fee. The lessee's share of the plant's actual, metered generation accrues daily as energy credits (kWh), which the lessee may hold or sell at a contracted tariff fixed for the lease term. Settlement pays out in USDC, net of disclosed operating fees. There is no principal, no promised return, and no redemption: proceeds follow the meters.
The pilot fleet operates today: residential solar and hybrid plants across Nigeria, reporting through vendor telemetry (Growatt and Felicity clouds), aggregated into a fleet ledger that drives credit accrual. Capacity is not a nameplate claim — it is derived from measured generation.
An energy lease is five steps:
Two properties are definitional. First, the fee is spent — it purchased capacity, and no principal exists anywhere in the product. Second, every estimate presented to members is illustrative, derived from forecast generation; actual proceeds follow measured output.
Every plant reports through its vendor cloud (Growatt OpenAPI; Felicity Shine). A background scheduler captures fleet generation hourly and records each day's total — per plant and in aggregate — into a persistent ledger. Dataloggers that stop reporting are detected (staleness checks on vendor timestamps) and surfaced as offline rather than silently estimated. Plants with broken energy counters fall back to server-side integration of measured power. Public telemetry is open to anyone: the same meters that drive investor credits power the public dashboard.
Inverter nameplates say nothing about array size — residential installations routinely pair large hybrid inverters with small panel arrays. CimpleFi therefore publishes no nameplate capacity. Published capacity is derived from metering: average daily generation divided by the month's expected solar resource for the region (peak-sun-hours × a 0.75 performance ratio covering soiling, temperature, wiring and conversion losses). Term forecasts use the annual-average resource, held constant year-round, so quotes do not drift with seasons. The derivation recomputes automatically as metering history accumulates, and its basis is always disclosed.
A credit is one metered kilowatt-hour attributable to a lease's share of plant capacity. Credits accrue from completed metering days. Selling settles at the lease's fixed contracted tariff less time-based operating fees and the operator margin; the statement itemizes gross, fees, and net. Settlement currently records to CimpleFi's ledger with USDC payouts; on-chain settlement is on the roadmap (§9). The contracted tariff is set per lot when listed and never changes for the life of a lease.
Catalyst is the planned membership NFT. It is an access pass, separate from any infrastructure lease: priority access to lease offerings, and the preferred higher-tariff energy-market tier. The NFT itself confers no revenue rights. Non-members may access a standard market tier. Final terms publish before the mint.
CIMP is the proposed ecosystem utility token, with use cases being designed around platform fees and energy-credit settlement. These features remain subject to final technical, commercial and legal design; nothing in the current product depends on CIMP.
This document describes a working pilot and a planned roadmap. It is not an offer to sell, a solicitation, investment advice, or a promise of financial returns. All products remain subject to final terms, compliance review, and availability.