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Access Energy solar panels are manufactured under controlled conditions with rigorous tests to ensure performance and rated performance over rated life. We use high efficiency polycrystalline silicon cells and the latest in bonding techniques to interconnect cells followed by vacuum sealing and affixing to frames resulting in compact construction, space savings with corresponding higher output of power. The result is a panel that withstands climatic conditions and performs efficiently over its rated life of 25 years with only a drop of 5 to 10%

20+ Years Of Experience

We are having our Innovation team who work day & night to innovate new ideas.

  • HIGH END INNOVATION TEAM
  • R&D FACILITY
  • SUPPLY IN 18+ COUNTRIES
  • + Tempered water white glass plate, extruded aluminium frame for industry standard fitment, vacuum sealing using UV resistant encapsulating resin and EVA sandwich to conform to MNRE and international specifications
    + EC 61215, ISO 9001 and ISO 14001:2004 certified
    + Polycrystalline cells
    + More Energy Efficient
    + UV Resistant thermo setting plastic
    + Encapsulate ethylene vinyl acetate, cushions the solar cells within the laminate and protects the cell due to harsh weather conditions.
    + The high strength polymer sheet protects the rear surface from ingress of moisture and mechanical damage.

Access Energy solar photovoltaic module has highest conversion efficiency. We use tempered, water white glass with high transmitivity and resistance to impact. The cells are shaped and arranged in a compact form factor for high output in a small footprint, with standard connectors in the rear. Totally sealed and weather proof, these modules will perform for decades with minimal drop in efficiency.

SPV modules can be used individually or can be banked together to provide required voltage and current to power large solar based power units.

The solar panel can be used as a component of a larger photovoltaic system to generate and supply electricity in commercial and residential applications. Each panel is rated by its DC output power under standard test conditions, and typically ranges from 5 watts to 320 watts. The efficiency of a panel determines the area of panel given the same rated output photovoltaic systems typically includes an array of solar panels, an inverter, and sometimes a battery and or solar tracker and interconnection wiring.