Capabilities
Solar panels engineered for integration into defined systems and operating environments.
Discuss Your Application
Provide an overview of your application, operating environment, and power requirements. Our engineering team will review your inputs and follow up with next steps.
Every integration begins with defined electrical, mechanical, and environmental constraints. We engineer panel geometry, materials, and system interfaces to meet those requirements. Capabilities span panel construction, electrical integration, validation, and controlled production. Each solution is developed against program constraints, not standard formats.
Custom Solar Engineering
We design and manufacture custom solar panels for applications where system constraints define the solution. Geometry, material stack-ups, and electrical architecture are set by enclosure, PCB, and environmental requirements. Development follows structured phases from requirements through validation. Each step ensures repeatability and performance. We build to program requirements, not catalog formats.
Development Process
We follow a structured process from requirements through volume production. Each phase defines electrical performance, mechanical integration, and environmental durability. Prototyping and field testing confirm system behavior under real conditions. Production phases establish repeatability, quality control, and lifecycle support. Each step reduces risk and supports deployment readiness.
Design Architecture
We define panel geometry, materials, and electrical interfaces based on system constraints. Options include form factor, substrate architecture, encapsulation, and integration. Each parameter is selected based on mechanical, electrical, and environmental requirements. Thin-film and crystalline platforms support different construction approaches. Geometry and performance are defined by requirements, not standard formats.
Manufacturing
PowerFilm engineers custom solar solutions around defined electrical, mechanical, and environmental requirements. From concept development through system integration and controlled production, we structure each phase to validate performance and reduce deployment risk. Every program is built to meet system constraints, not standard panel formats.
Electronics Integration
We engineer panels as part of a complete electrical system. Integration includes energy harvesting, storage, charge control, and regulated outputs. Electrical architecture is defined by load profiles, duty cycles, and available energy. Storage and power components are selected to match system behavior. Performance is validated at the system level, not after assembly.
Engineering Evaluation
Provide power and integration requirements for review.
Submit Project Requirements
Provide power and integration requirements for review.