Financing Africa's
Next Energy
Infrastructure Layer
CHARGE is seeking institutional CapEx partners and venture capital co-investors to participate in the deployment of Africa's first baseload-powered electro-logistics charging network — an infrastructure-grade opportunity backed by a Fortune 500 anchor, 105-country patent protection, and a self-funding SIR cashflow model.
CapEx Leasing Partners — Long-Duration Infrastructure Returns
Each CHARGE M1000 station requires approximately USD 3.3 million in CapEx, financed through 20-year institutional leases. CHARGE seeks bank and leasing partners to fund this pipeline — currently 25 units in 2027, scaling by 25 units per year through 2030.
- ~20% gross annual return on blue-chip SIR covenant
- 20-year lease term — infrastructure-grade duration
- USD-denominated — SIR cashflow collected upfront
- Fortune 500 anchor validates technology and commercial model
- Sealed radioactive source — 50+ year established regulatory framework
- Pipeline: 250 units deployable 2027–2030 = USD 825M total CapEx
Equity Co-Investors — Category-Defining Infrastructure Play
CHARGE is Africa's first mover in baseload-powered electro-logistics — a market currently worth USD 91 billion annually. Series A investors at USD 100M valuation gain exposure to a 13×–31× indicative return trajectory to listing, with Series B option rights locked in at founding economics.
- Series A entry at USD 1,000 per share — USD 100M valuation
- Series B option: up to 10,000 additional shares at USD 3,000
- 13×–31× indicative return to listing in 2030
- Deep moat IP — 105-country patent portfolio, design-around requires departing from core physics
- Anti-dilution protection (broad-based weighted average)
- Pro-rata rights to all future rounds
Infrastructure-grade returns.
First-mover market position.
Per Station CapEx Breakdown
& Lease Model
SIR Cashflow Schedule &
Deployment Scarcity
| Year | Units Available | SIR Revenue |
|---|---|---|
| 2027 | 25 units | USD 12.5M |
| 2028 | 50 units | USD 25.0M |
| 2029 | 75 units | USD 37.5M |
| 2030 | 100 units | USD 50.0M |
| Total 2027–2030 | 250 units | USD 125.0M |
SIR revenue is recognised before a single unit is deployed.
Unlike conventional infrastructure plays where capital is deployed and revenue follows years later, the SIR model generates upfront cashflow at agreement execution — before EPC begins. This fundamentally de-risks the early capital position.
Annual MIT allocations are fixed and non-transferable.
CHARGE's annual MIT allocation from our technology manufacturer is finite, use-it-or-lose-it, and confirmed by 30 June each year. The 2027–2029 allocations are expected to be fully subscribed before the end of 2026. Scarcity creates urgency for SIR allocation without manufactured pressure.
USD 5M of the Series A raise directly secures 2027 SIR allocations.
Of the USD 10M Series A raise: USD 5M funds SIR rights licensing (securing 25 units for 2027), USD 2.5M builds the platform, and USD 2.5M funds working capital — making the Series A deployment directly tied to revenue-generating infrastructure positions.
From Series A Entry
to Listing — Three Scenarios
Multiples are indicative management projections. Not guaranteed. Actual returns depend on technology commercialisation, SIR sales execution, and market conditions.
Assumptions: 25¢/kWh baseline retail price; 75% charger occupancy; 25% energy storage; 50% output Y1; lease assets financed at ~15% annual return. All projections are indicative management estimates only.
Eight Reasons to Engage Now
The combination of technology validation, commercial anchor, IP protection, and structural supply scarcity creates an investment profile rarely available at Series A.
Fortune 500 Counterparty Validation
Counter-signed 20-year offtake agreement with a Fortune 500 automotive manufacturer, with an escalating fixed energy price and a 90–95% availability guaranty. A Fortune 500 procurement team with full legal, technical, and ESG due diligence has committed at multi-million dollar scale.
Q3 2026 Commercial Operation Target105-Country Patent Portfolio — Deep Moat
Patent Family 1 granted in 105 countries (granted in the United States and major jurisdictions). Broad-based process patent — design-arounds require departing from core physics. Patent Family 2 filed across 95 additional countries. 10-year global prosecution history.
Design-Around Requires Departing Core Physics12+ Years R&D — Five Independent Institutional Validators
an international research university, US DOE/the national laboratory, the manufacturer's UK laboratory, a specialist nuclear research facility, and an independent senior academic specialist. 3 years of continuous commercial prototype operation. Not speculative — execution risk only.
80× Power Advantage vs Betavoltaic CompetitorsAfrica's Grid Constraints Are Permanent Demand Drivers
Grid uptime of ~43% due to loadshedding. LPU connections routinely deferred 5+ years. Solar requires 20 hectares per station vs less than 1% of that for an equivalent MIT unit. These are not temporary — they are structural demand drivers for CHARGE's off-grid baseload model.
USD 91B Market → USD 136B by 2035MIT Capacity Allocated Primarily to US Domestic Market
MIT production is primarily allocated to US AI and data centre infrastructure. CHARGE holds an exclusive, limited allocation of MIT capacity for Africa — creating structural scarcity that cannot be replicated by a new market entrant regardless of capital.
African Supply Exclusive & Strictly LimitedUS DOE FY2025 Congressional Support for Isotope Infrastructure
US DOE FY2025 Congressional Justification explicitly references growing demand for isotopes in nuclear batteries, power sources, and clean energy applications. Firm government commitments in excess of USD 10 billion anticipated to support isotope production at scale.
Sectoral Tailwind — Not SpeculativeInstitutional-Grade Terms — Anti-Dilution, Pro-Rata, Information Rights
Series A investors receive broad-based weighted average anti-dilution protection, pro-rata rights to all future rounds, quarterly management accounts, annual audited financials, and board observer rights for lead investors. Drag-along and tag-along provisions in the Shareholders' Agreement.
Singapore Governing LawSIR Upfront Cashflow Creates Positive Operating Cashflow From Year 1
USD 5M of the Series A directly secures 2027 SIR allocations (25 units), generating USD 12.5M in SIR revenue upfront — before EPC deployment begins. The model is designed to be partially self-funding from initial Series A deployment, reducing dependence on future dilutive rounds.
Positive Cashflow Ahead of Energy Revenue12+ Years Validated. Not Speculative.
Five independent institutional validators over 12+ years including a US Department of Energy national laboratory. 3 years of continuous commercial prototype operation. an independent academic expert (the research institution): "great technological breakthrough."
the Fortune 500 anchor client. Fortune 500. Counter-Signed.
A 20-year renewable energy agreement with the anchor client (the Fortune 500 anchor client) — the strongest available form of commercial validation for a pre-commercial technology. Full legal, technical, and ESG due diligence already completed by a Fortune 500 procurement team.
Sealed Source. 50+ Year Regulatory History.
The IPC uses sealed radioactive sources — the most established and well-defined category in nuclear materials law. UK licensed in under 90 days. South African nuclear regulatory authorities engaged. No novel regulatory pathway required.
The Offer Closes
30 April 2026.
The Company reserves the right to close the offer early. All applications are firm and irrevocable once submitted.
Engage with the CHARGE
capital team directly.
This document is a confidential partner preview. Detailed investment memoranda, financial models, technology validation reports, and full test data are available to qualified investors and institutional lenders under NDA. To begin due diligence or discuss leasing partnership terms, contact the team below or submit an engagement request.