Frequently Asked
Questions
Got questions about rooftop solar panel installation, government subsidies, warranty claims, or net-metering processes? Find quick, clear answers from our engineering experts below.
Company & Product Overview
At Army Solar, we marry cutting-edge technology with rigorous quality standards. Our mission is to reshape sustainable energy by delivering premium solar solutions defined by unmatched efficiency, durability, and performance.
We specialize in advanced solar panel lines including:
- TOPCon (Tunnel Oxide Passivated Contact): precision-engineered cells delivering superior conversion efficiency and long-term reliability.
- Mono PERC (Passivated Emitter and Rear Cell): premium-grade monocrystalline modules optimized for elevated energy yield and thermal performance.
Product Specifications & Technologies
Our panels boast:
- Exceptional conversion efficiencies exceeding industry benchmarks.
- Low temperature coefficients for consistent output in heat.
- Enhanced performance in low-light environments.
We integrate:
- TOPCon architecture for minimal electronic losses and maximum carrier lifetimes.
- Mono PERC cell design for enhanced photon capture and reduced recombination.
Purchase & Availability
Connect with our network of certified distributors and authorized resellers—or reach out directly to schedule consultations and obtain tailored quotes.
We maintain robust inventory through strategic supply-chain partnerships. Precise delivery timelines depend on location and order volume—please contact us directly for specifics.
Market Strategy & Partnerships
Our growth strategy centers on forging strong global alliances—with engineers, EPCs, developers, and distributors. These collaborations enable us to deliver customized, efficient solar solutions worldwide.
Opportunities exist across distribution, project development, technology integration, and R&D. Reach out to our Partnerships team to explore options and align strategies.
General Information About Solar Panels
Solar panels convert sunlight into electrical energy using semiconductor cells. Photons excite electrons, producing direct current (DC), which is then converted to alternating current (AC) for use via inverters.
- Solar irradiance (sunlight intensity).
- Panel orientation and tilt.
- Temperature (higher heat slightly reduces efficiency).
- Potential shading or soiling.
- Panel efficiency and energy yield.
- Reliability, warranties, and long-term durability.
- Pricing relative to performance and ROI.
- Certifications and track record of the manufacturer.