Fund infrastructure, not studies. Hardware, not reports.

Why This Is Different

The development sector has spent decades funding solar pilot projects, feasibility studies, capacity assessments, and "lessons learned" reports. The lessons have been learned. Solar panels work. Batteries store energy. Inverters convert it. The technology is mature, mass-produced, and cheap. What has been missing is the will to standardize a system and deploy it at the scale the problem demands.

SunCrate does not fund research. It does not run pilots. It does not commission studies. It buys proven hardware at volume, puts it in containers, ships it to countries that have cleared the path, and deploys it to villages. Every dollar that enters the programme exits as a physical kit in a specific village. The ratio of hardware to overhead is deliberately high — this is a procurement programme, not a bureaucracy.

What a Dollar Buys

The fully loaded cost of one SunCrate kit — including hardware, shipping, last-mile transport, deployment, and contingency — is approximately $4,400. That buys:

• A solar power station with a minimum 4 kW array and a minimum 10 kW hybrid inverter
• 10 kWh of LiFePO₄ battery storage, expandable well beyond the base capacity by the village over time
• Mesh communication connecting the village to its neighbors
• A system that runs autonomously for 10+ years under manufacturer warranty
• Enough daily generation to serve an entire village — lights, phone charging, clinic fridge, water pump, power tools, school devices

$4,400. One kit. One village. Electricity and communication for a decade, with a growth path to four times the original capacity — funded by the village's own revenue, not by donors.

Cost breakdown

80% of every dollar goes directly to hardware. Coordination overhead (non-profit operations, certification, monitoring) is funded separately at programme level and kept minimal. Full breakdown in the budget model.

Programme Scale

Putting the Numbers in Context

$1.5–2.0 billion for full continental coverage sounds like a large number. It is. But it is a finite, bounded procurement — not an open-ended programme. In context:

• EU and member-state ODA: Full continental deployment is approximately 1.5–2% of one year of combined EU and member-state official development assistance (~€96 billion in 2023).
• A single infrastructure project: $1.5–2B is comparable to one highway, one port, or one power plant — except it serves 400,000 communities instead of one corridor.
• Kerosene spending: Rural households across sub-Saharan Africa collectively spend billions per year on kerosene for lighting — a fuel that is expensive, dangerous, polluting, and produces terrible light. SunCrate replaces that spending permanently.
• Per-village cost: $4,400 per village. Less than a used car. For a solar power station that lasts a decade and can grow to four times its original size.

The first mass batch — 13,000 kits across 10 countries — costs ~$60 million. That is a rounding error in most development bank portfolios. It is the kind of allocation that can be approved in a single funding round and result in visible, measurable hardware deployment within months.

What Funding Does Not Pay For

• Research or technology development. The technologies are off-the-shelf. There is nothing to invent.
• Pilot programmes. The components are proven. The first deployment phase tests logistics, not technology.
• Ongoing operational costs. The system runs autonomously. Villages cover minimal maintenance from energy service revenue.
• A company. SunCrate is a non-profit coordination institution. There are no shareholders, no equity, no exit.
• Training programmes. Deployment is mechanical — open, unfold, slide, click, switch. There is nothing to train.
• Consultant reports. The specification exists. The budget model exists. The risk register exists. We are not paying someone to tell us what we already know.

Leverage and Sustainability

A funder's dollar does not just buy a kit. It creates a self-sustaining system:

• Manufacturer leverage: Components are procured at volume pricing — well below retail. The programme's scale gives funders purchasing power that no individual project can match.
• Government clearance as in-kind: Partner countries contribute duty-free import, security passage, and administrative coordination — valuable facilitation that costs the funder nothing.
• Village revenue sustains the system: Once deployed, the kit generates revenue from energy services (phone charging, lighting, tool access). This revenue covers maintenance and funds battery and solar expansion — meaning the initial investment continues to grow without further donor input.
• Open specification multiplies impact: The kit design is open-source. Other organizations, governments, and manufacturers can adopt and produce it independently. The funder is not just buying kits — they are funding the creation of a replicable standard.

Alignment with Funding Priorities

Climate and Clean Energy (SDG 7, SDG 13)

Each deployed kit directly displaces kerosene lanterns, diesel generators, and biomass burning. The CO₂ reduction per kit is quantifiable and auditable — based on measured generation data from the metering system. The programme is eligible for climate finance mechanisms including the Green Climate Fund (GCF), Global Environment Facility (GEF), and bilateral climate finance instruments. Solar-plus-storage off-grid systems are a recognized category in climate finance taxonomies.

Digital Inclusion and Connectivity (SDG 9)

Each kit includes a LoRa mesh radio that extends resilient communication to communities with no cell coverage. As deployment scales, the mesh network creates a communication fabric across regions — independent of telecom infrastructure. This directly addresses the connectivity gap that affects hundreds of millions of people.

Poverty Reduction and Economic Development (SDG 1, SDG 8)

Electricity is a precondition for economic activity. Deployed kits enable phone charging businesses, power tool workshops, cold storage for agricultural produce, evening commerce, and digital services. The expandable battery and solar capacity means villages can grow their energy infrastructure in step with their economic development — funded by their own revenue, not external aid.

Health and Education (SDG 3, SDG 4)

Clinic refrigerators for vaccine cold chains. Lighting for evening study. Power for medical devices. Connectivity for health information. These are not theoretical benefits — they are the immediate, practical consequences of a village gaining reliable electricity.

Gender Equality (SDG 5)

Lighting improves safety for women and girls after dark. Eliminating kerosene reduces indoor air pollution, which disproportionately affects women and children. Phone charging and communication access support women's economic participation and access to information. Reduced time spent collecting fuel frees time for education and productive work.

Governance and Institutional Quality (SDG 16)

The readiness-based allocation model rewards governments that can execute — that can clear customs, issue directives, and coordinate with local partners. Participation in the programme exercises and strengthens exactly the administrative capacities that matter for broader development. Transparent village selection criteria and public deployment tracking build accountability.

Funding Structures

SunCrate can accept funding through multiple structures to match institutional requirements:

• Direct grants to SunCrate for procurement and coordination — the simplest structure.
• Earmarked country allocations — "fund 5,000 kits for Country X." Allows funders to target specific geographies.
• Component-specific funding — "fund all batteries for the first mass batch." Allows funders to attach their contribution to a specific, tangible input.
• Blended finance — combining grant funding with climate finance instruments. No loans — SunCrate does not create debt.
• Manufacturer co-funding — manufacturers supply components at cost as an in-kind contribution, reducing the cash requirement.
• Phased commitments — fund the first deployment, evaluate results, then commit to the mass batch. Each phase is self-contained.

Accountability and Reporting

Funders receive full transparency on how their money is spent and what it achieves:

• Kit-level tracking: Every kit has a unique identifier. Funders can see which village received it, when it was deployed, and whether it is operational. This is not aggregate reporting — it is unit-level visibility.
• Financial reporting: Detailed breakdown of procurement costs, logistics costs, and overhead — with independent audit of procurement pricing to verify that volume discounts are real and that money is not leaking.
• Impact metrics: Households reached, estimated kWh generated, CO₂ displaced, mesh nodes active, villages connected. Based on metering data where available, and deployment records everywhere.
• Country-level status: Which countries are receiving, cleared, pending, or deferred — and why.
• Independent audit: Procurement pricing and fund use audited by an independent third party. Published.

The reporting is designed to be useful, not decorative. Funders see where their money went by category, which countries received kits, and an independent auditor confirms the numbers.

Get Involved

We are seeking funding partners for the first deployment phase (~$5.5M for 1,000 kits) and the first mass batch (~$60M for 13,000 kits). Each phase is self-contained — committing to the first phase does not obligate further funding. Results speak for themselves.

Contact SunCrate