--- title: "Products" description: "We offer a line of standard products including Foldable Solar Panels, Rollable Solar Panels, LightSaver Portable Solar Chargers, and more." type: article version: 1 version_id: "eb7525b0-ddbb-4074-acf8-733dd6f99f9b" generated_at: "2026-05-22T12:40:49.119Z" language: en reading_time: "17 min" word_count: 3210 keywords: ["Engineered Solar Products", "Product Families", "Submit Project Requirements"] url: "https://www.powerfilmsolar.com/products" --- # Products > We offer a line of standard products including Foldable Solar Panels, Rollable Solar Panels, LightSaver Portable Solar Chargers, and more. ## Key Takeaways - Discuss Your Application - Product Families - Proven in the Field - Engineering Evaluation - Submit Project Requirements ## Contents - [Product Families](#product-families) - [Proven in the Field](#proven-in-the-field) - [Engineering Evaluation](#engineering-evaluation) Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. Discuss Your Application Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. # Engineered Solar Products Thin-film and crystalline panels designed for portable deployment, vehicle integration, and embedded power applications. Manufactured and assembled in the USA with defined performance specifications. - Products We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. We design and manufacture solar products for defined operating environments and application-specific integration into engineered systems. ## Product Families ### Portable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. View Foldable Systems ### Foldable Solar Panels Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. Deployable thin-film solar panels for temporary field power. Thin-film laminate: Lightweight, shatter-resistant.Foldable architecture: Compact transport and rapid deployment.Integrated charge output: Supports battery-based systems. Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Explore Rollable Models ### Rollable Solar Panels Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. Flexible panels engineered for repeated field deployment. Rollable construction: Minimizes stored volume.Rugged encapsulation: Designed for harsh environments.Defined wattage options: Matched to mission requirements. LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Explore LightSaver Systems LightSaver Portable Solar Chargers ### LightSaver Portable Solar Chargers Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. Integrated solar charging systems for compact mobile power. Thin-film panel: Lightweight and impact-resistant.Integrated battery management: Simplifies charging workflows.Self-contained architecture: No external controller required. SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. Explore SemiFlex Models SemiFlex Crystalline Solar Panels ### SemiFlex Crystalline Solar Panels High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. High-efficiency crystalline panels utilizing Maxeon solar cell technology. Laminated crystalline construction: Lightweight and glass-free.Mono-crystalline cells: Maximizes output per footprint.Low-profile format: Reduced aerodynamic impact. ### Integrated Systems Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Explore Transportation Commercial Transportation Solar Panels ### Commercial Transportation ### Solar Panels Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. Crystalline panels engineered for commercial vehicle integration. Maxeon solar cells: 24%+ efficiency, enabling higher wattage per square foot.Low-profile architecture: Maintains vehicle height and roof clearance limits.Vehicle-matched configurations: Sized for commercial vehicle roofs. PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Explore PowerDrive PowerDrive Golf Car Solar Panels ### PowerDrive Golf Car Solar Panels Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. Crystalline panels engineered for defined vehicle platforms. Maxeon solar cells: 24%+ cell efficiency for maximum power density.Integrated wiring architecture: Streamlined installation.Vehicle-specific geometry: OEM-grade visual integration. ### Embedded & Engineering Systems Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Explore Panel Options Electronic Component Solar Panels ### Electronic Component Solar Panels Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Customizable panels for embedded electronic integration. Thin-film construction: Ultra-thin and mechanically compliant.Custom geometries: Designed to device constraints.Low-light configurations: Indoor and mixed-light support. Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. See Development Kits ### Solar Development Kits Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. Evaluation platforms for prototyping solar-powered systems. Pre-configured components: Accelerates feasibility testing.Energy harvesting electronics: Simplifies power validation.Scalable pathway: Prototype to production continuity. Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. View Accessories ### Solar Panel Accessories Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. Supporting components for system optimization. Charge controllers: Regulated battery management (lithium and lead-acid).Comprehensive range: Supports diverse integration requirementsCabling assemblies: Reliable connectivity with custom options available. ## Proven in the Field I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! Douglas Tumminello South Pole Solo > I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! PowerFilm panels are ideal for bug-out bags and other outdoor activities due to their being exceptionally portable, lightweight, durable, and efficient. Their flexibility makes for a variety of possibilities in terms of how they can be set up, throw it on a tent, hang it from a tree, backpack, or just roll it out on the ground. Most monocrystalline panels I've seen are too heavy to be thrown over shelter setups like tents or too awkward or inefficient in variable light conditions to be effectively mounted to a backpack when mobile. PowerFilm quality is second to none and supports American workers. Nate Canadian Prepper > PowerFilm panels are ideal for bug-out bags and other outdoor activities due to their being exceptionally portable, lightweight, durable, and efficient. Their flexibility makes for a variety of possibilities in terms of how they can be set up, throw it on a tent, hang it from a tree, backpack, or just roll it out on the ground. Most monocrystalline panels I've seen are too heavy to be thrown over shelter setups like tents or too awkward or inefficient in variable light conditions to be effectively mounted to a backpack when mobile. PowerFilm quality is second to none and supports American workers. PowerFilm panels are ideal for bug-out bags and other outdoor activities due to their being exceptionally portable, lightweight, durable, and efficient. Their flexibility makes for a variety of possibilities in terms of how they can be set up, throw it on a tent, hang it from a tree, backpack, or just roll it out on the ground. Most monocrystalline panels I've seen are too heavy to be thrown over shelter setups like tents or too awkward or inefficient in variable light conditions to be effectively mounted to a backpack when mobile. PowerFilm quality is second to none and supports American workers. My husband and I returned from a remote region in Alaska yesterday afternoon, after 39 days in the backcountry. Your PowerFilm product was a superstar and totally outperformed the Goal Zero solar panel. We had a stretch of 10 days in a row of rain, and our Yeti charger was completely depleted. The PowerFilm solar panel was able to grab whatever tiny bits of light made it through the heavy cloud cover every day and give enough power to the Yeti -- albeit sometimes only 20%, but we were thrilled to have anything! -- that we could recharge the electronics essential for our work. Mary B. Park Ranger, Alaska > My husband and I returned from a remote region in Alaska yesterday afternoon, after 39 days in the backcountry. Your PowerFilm product was a superstar and totally outperformed the Goal Zero solar panel. We had a stretch of 10 days in a row of rain, and our Yeti charger was completely depleted. The PowerFilm solar panel was able to grab whatever tiny bits of light made it through the heavy cloud cover every day and give enough power to the Yeti -- albeit sometimes only 20%, but we were thrilled to have anything! -- that we could recharge the electronics essential for our work. My husband and I returned from a remote region in Alaska yesterday afternoon, after 39 days in the backcountry. Your PowerFilm product was a superstar and totally outperformed the Goal Zero solar panel. We had a stretch of 10 days in a row of rain, and our Yeti charger was completely depleted. The PowerFilm solar panel was able to grab whatever tiny bits of light made it through the heavy cloud cover every day and give enough power to the Yeti -- albeit sometimes only 20%, but we were thrilled to have anything! -- that we could recharge the electronics essential for our work. I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! Douglas Tumminello South Pole Solo > I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! PowerFilm panels are ideal for bug-out bags and other outdoor activities due to their being exceptionally portable, lightweight, durable, and efficient. Their flexibility makes for a variety of possibilities in terms of how they can be set up, throw it on a tent, hang it from a tree, backpack, or just roll it out on the ground. Most monocrystalline panels I've seen are too heavy to be thrown over shelter setups like tents or too awkward or inefficient in variable light conditions to be effectively mounted to a backpack when mobile. PowerFilm quality is second to none and supports American workers. Nate Canadian Prepper > PowerFilm panels are ideal for bug-out bags and other outdoor activities due to their being exceptionally portable, lightweight, durable, and efficient. Their flexibility makes for a variety of possibilities in terms of how they can be set up, throw it on a tent, hang it from a tree, backpack, or just roll it out on the ground. Most monocrystalline panels I've seen are too heavy to be thrown over shelter setups like tents or too awkward or inefficient in variable light conditions to be effectively mounted to a backpack when mobile. PowerFilm quality is second to none and supports American workers. PowerFilm panels are ideal for bug-out bags and other outdoor activities due to their being exceptionally portable, lightweight, durable, and efficient. Their flexibility makes for a variety of possibilities in terms of how they can be set up, throw it on a tent, hang it from a tree, backpack, or just roll it out on the ground. Most monocrystalline panels I've seen are too heavy to be thrown over shelter setups like tents or too awkward or inefficient in variable light conditions to be effectively mounted to a backpack when mobile. PowerFilm quality is second to none and supports American workers. My husband and I returned from a remote region in Alaska yesterday afternoon, after 39 days in the backcountry. Your PowerFilm product was a superstar and totally outperformed the Goal Zero solar panel. We had a stretch of 10 days in a row of rain, and our Yeti charger was completely depleted. The PowerFilm solar panel was able to grab whatever tiny bits of light made it through the heavy cloud cover every day and give enough power to the Yeti -- albeit sometimes only 20%, but we were thrilled to have anything! -- that we could recharge the electronics essential for our work. Mary B. Park Ranger, Alaska > My husband and I returned from a remote region in Alaska yesterday afternoon, after 39 days in the backcountry. Your PowerFilm product was a superstar and totally outperformed the Goal Zero solar panel. We had a stretch of 10 days in a row of rain, and our Yeti charger was completely depleted. The PowerFilm solar panel was able to grab whatever tiny bits of light made it through the heavy cloud cover every day and give enough power to the Yeti -- albeit sometimes only 20%, but we were thrilled to have anything! -- that we could recharge the electronics essential for our work. My husband and I returned from a remote region in Alaska yesterday afternoon, after 39 days in the backcountry. Your PowerFilm product was a superstar and totally outperformed the Goal Zero solar panel. We had a stretch of 10 days in a row of rain, and our Yeti charger was completely depleted. The PowerFilm solar panel was able to grab whatever tiny bits of light made it through the heavy cloud cover every day and give enough power to the Yeti -- albeit sometimes only 20%, but we were thrilled to have anything! -- that we could recharge the electronics essential for our work. I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! Douglas Tumminello South Pole Solo > I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! I used the PowerFilm 21 Watt Rollable Solar Panel (R-21) in my 2015-16 expedition, in which I attempted to ski solo and unsupported from the coast of Antarctica to the South Pole. I used the rollable panel to charge various electronics – satellite phones and trackers, iPods, and other batteries – that were critical to my survival while alone on the Antarctic ice for over 35 days. Conditions were predictably brutal, with temperatures colder than negative 20° F, extreme winds, and regular whiteouts, making survival challenging. The panel performed magnificently despite the extreme conditions, providing a charge even in dense whiteouts. Before the expedition, I spent countless hours researching the best lightweight solar panel solution for my expedition and selected PowerFilm's product. I’m glad I did – the panel proved itself time and again. Having used solar panels on numerous expeditions, including a summit of Mt. Everest and a world record crossing of the Indian Ocean by rowboat, I can say that PowerFilm is best in class! - 1 - 2 - 3 Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements Engineering Evaluation Provide power and integration requirements for review. Submit Project Requirements ## Engineering Evaluation Provide power and integration requirements for review. Provide power and integration requirements for review. --- ## About This Content **Source:** [Products](https://www.powerfilmsolar.com/products) *This content is provided for informational purposes. Please visit the original source for the most up-to-date information.*