PEROVSKITE SOLAR CELL DEVELOPMENT BUSINESS PLAN

I. Executive Summary

Company Description

HelioFold LLC is based in Austin, Texas; the name combines "Helio" (sun) and "Fold" (flexible roll-to-roll manufacturing). We operate in the solar technology sector, developing and manufacturing high-efficiency perovskite solar cells and flexible modules. Our 2026 launch delivers a U.S.-based alternative to silicon photovoltaics, using roll-to-roll processing to produce lightweight, flexible modules for utility-scale arrays, aerospace, and consumer electronics. We sell finished modules, B2B system components, and licensing for integration into OEM products. One-line: We make flexible, high-efficiency solar modules manufactured domestically for diverse industrial uses.

Core activities include pilot-to-scale manufacturing, quality testing, supply-chain sourcing, and direct sales to utilities and OEMs. We differentiate through domestic roll-to-roll manufacturing, rapid prototyping, and perovskite stack optimization that targets higher specific power (W/kg) and lower balance-of-system costs than silicon for weight- or form-factor-constrained applications. Primary targets are U.S. utilities modernizing capacity, aerospace integrators, and electronics OEMs. Short-term goals: commission production line and secure three anchor customers by Q4 2026. Long-term goals: reach 200 MW annual capacity by 2029 and license cell architectures globally. One-line: We scale domestic perovskite manufacturing to cut weight and cost where silicon cannot compete.

Problem

Current silicon photovoltaic (PV) technology is constrained by high cost, heavy weight, limited efficiency headroom, energy‑intensive manufacturing, and dependence on complex global supply chains. As a result, many commercial facades, vehicle roofs, aerospace surfaces, and portable electronics cannot integrate conventional solar, and aerospace and automotive sectors lack domestic, lightweight, flexible, high‑efficiency panels that meet strict weight, form‑factor, and certification needs. This leaves a clear gap for a U.S.‑based supplier of lightweight, flexible, high‑efficiency modules.

Based in Austin, Texas and launching manufacturing in 2026 using roll‑to‑roll perovskite processing, we target that gap by supplying flexible, lightweight modules that reduce structural weight constraints, enable new form factors, and shorten fragile supply chains. One line: commercial and regulated markets need a domestic, flexible high‑efficiency PV solution they currently cannot buy.

Solution

Conventional silicon panels are heavy, costly, and hitting efficiency limits, which blocks integration into façades, vehicles, and portable devices and leaves potential energy untapped; overseas manufacturing also creates supply risk for U.S. infrastructure. Our company commercializes advanced perovskite thin-film solar cells that deliver higher power conversion efficiency in a lightweight, flexible form factor and a product family suited to utility farms, commercial building façades (BIPV), aerospace and automotive applications, and portable power patches, all manufactured in the U.S. with a planned 2026 launch.

One-liner: Lightweight, higher-efficiency perovskite thin films enable domestic production of solar products for utility, building, transport, and portable markets.

Mission Statement

We deliver the most efficient, versatile, and affordable solar technology through U.S.-based manufacturing. We empower industries to integrate renewable energy into buildings, vehicles, and every surface by advancing perovskite science and continuous R&D. We commit to sustainable production practices and resilient energy access so solar becomes the primary, most accessible energy source worldwide.

Key Success Factors

We combine rapid financial returns, proprietary efficiency, strong talent access, diversified products, and national-lab partnerships to scale perovskite solar cells.

• 9.51% IRR delivers investor-grade return and capital discipline.
• 1-month break-even demonstrates immediate market demand and operational efficiency.
• Proprietary IP yields measurable efficiency advantage versus silicon competitors.
• Major U.S. tech-hub location secures top material scientists and production engineers.
• Five product lines + national-lab partnerships diversify revenue across utility, commercial, and OEM and support a 24-month payback for long-term leadership.

Financial Summary

Concise financial snapshot: rapid revenue scale, early breakeven, and high shareholder returns.

Financial requirements: $14,550,000 planned capex for the manufacturing facility. Key returns: IRR 9.51%, ROE 398.17%, breakeven Jan‑2026, payback 24 months, minimum cash -$8,978,000 (Nov‑2026).

Outlook: strong early cash flow, rapid scale, and materially high equity returns.

Funding Requirements

We seek $24,628,000 to fund initial capex, working capital, and first-year payroll for a 2026 launch, targeting a 9.51% IRR and rapid scale to $298,700,000 revenue by Year 5.