Ground Mounted Kits of JA Solar 325W Solar Panels & Renusol ConSole+ Ground Mounts

£168.13 £188.75

Delivery available

Unlock Solar Power at Ground Level with JA Solar 325W Mono Solar Panels & Renusol ConSole+ Ground Mounts

Looking for a stationary power station or a solar generator to use at home, in a garden office, shed, or garage, but not sure about roof-mounted solar panels? A Ground-Mounted Kit of JA Solar 325W Mono Solar Panels & Renusol ConSole+ Ground Mounts could be just what you're looking for.

The JA Solar 325W Mono MBB Percium Half-Cell All Black MC4 solar panel is Multi Busbar Half Cut Mono Cell technology with high efficiency passivated backside - PERC - (Passivated Emitter and Rear Cell) for increased efficiency and yield. Half Cell configuration offers higher power output thanks to:

  • Lower internal module losses
  • Higher resistance to the effect of shading
  • Lower risk of hot spot
  • Better temperature coefficient
  • Lower risk of micro-cracks thanks to improved mechanical loading properties

Ideal for on/off-grid photovoltaic solar energy installations. These panels stand out for their incredible quality/price ratio and their great power in a small size.

Solar Panel Features:

  • SUPER HIGH EFFICIENCY PERC MODULE: This panel has a 5-busbar Mono Cell technology with high efficiency passivated backside - PERC - (Passivated Emitter and Rear Cell) for increased efficiency and yield.

  • UPGRADE FOR MORE POWER: A special feature designed for these panels allows connecting multiple panels with parallel cables, increasing power produced for your Solar Power Station.

  • SUPERIOR WARRANTY: 12-year product warranty and 25-year extra linear power output warranty.

Must be installed by a licensed technician or electrician.

  • JA Solar 325W Monocrystalline Solar Panel
  • JA Solar 325W Monocrystalline Solar Panel Installation Manual
  • ConSole+ Ground Mount Set

TWO WORKING DAY SHIPPING if ordered by 5 PM on a working day (longer to the Scottish Highlands, Islands, and Northern Ireland).


    Solar Panel Specifications:

    Rated (Peak) Power (Wp): 325W in Standard 1000w/m2 solar light
    Open Circuit Voltage (Voc): 40.87V (Vmp =33.97V)  
    Short Circuit Current (Isc): 10.23A (Imp = 9.57A)
    Efficiency: 19.3%
    Cell Type: Monocrystalline Silicon
    Connector Type: MC4
    CertificationIEC ISO OHSAS
    Net Weight: 18.7 KG
    Size:  1689 X 996 X 35 mm
    Monting hole gap: 946 mm

    The ConSole+ Ground Mounts offer an ideal solution for ground-level PV module installations, even on unstable ground without the need for ground fixation. Providing a 15-degree angle, this innovative mounting system has proven its efficiency for nearly two decades.

    The ConSole+ is anchored with ballast, such as gravel or paving slabs, ensuring stability against wind loads. Reference values for necessary ballast and weights can be found in "Preparing the Assembly - Point 2" on Page 5 of the installation manual.

    Installation is a breeze—simply position the ConSole+, fill it with ballast, and attach the solar module. It's a process that has consistently proven to be simple, fast, and safe over nearly 20 years.

    Features of ConSole+ Ground Mounts:

    • Simple, fast installation without the need for special equipment or drilling, as the ConSole+ is fixed only by ballast, making it ideal for unstable ground.
    • Easy to handle, flexible, and secure.
    • Low installation cost compared to roof-mounted solar panels.
    • Easy to remove after use, with low dismantling costs and an environmentally friendly design.
    • In use since 2003, consistently providing a positive customer experience, backed by a 10-year system warranty.

    Detailed Specifications:

    • Applications: Flat roofs, open spaces, gardens, pavement around the house, landfills, etc.
    • Roof slope: Max. 5° without additional measures.
    • PV Module tilt: 15°.
    • PV Module length: 1550 mm - 2400 mm.
    • PV Module width between mounting holes: 895 mm - 1015 mm (1085 mm with elongation rails).
    • Material: HDPE, aluminum, and stainless steel.
    • Ambient temperature: -30°C to +50°C.
    • Dimensions: Width: 1765mm, Depth: 1048 mm, Height: 35mm.
    • Weight: 8kg

    Frequently Asked Questions:

    How good is the JA Solar panel?

    JA Solar panels are relatively affordable, comparable to Trina Solar, LONGi Solar, and Canadian Solar. They boast an average efficiency of 20%-21%, placing them among the most efficient in their price range.

    Who manufactures JA Solar panels?

    JA Solar Holdings is a solar development company founded in Yangpu district, Shanghai, known for designing, developing, manufacturing, and selling solar cell and module products.

    What is the production capacity of JA Solar modules?

    At the end of 2022, JA Solar reported module orders totaling 25.47 GW, with a production capacity close to 50 GW by the end of 2022.

    Is JA Solar Tier 1?

    Yes, JA Solar is considered a Tier 1 solar panel manufacturer, along with Jinko Solar, LONGi, Trina Solar, and Canadian Solar.

    What are Tier 1 solar panels?

    Tier 1 solar panels are made with high-quality silicon and undergo advanced robotic manufacturing processes, ensuring higher efficiency and durability.


    How long do Tier 1 solar panels last?

    Tier 1 solar panels typically come with a 25-year warranty, guaranteeing efficiency above 80% after 25 years.


    What is JA Solar MBB panels?

    MBB (Multi Busbar) panels have 12 or 16 busbars, offering higher power output and reliability, resulting in a 2%-2.5% power increase.


    What is MBB half cell module?

    Assembled with multi-busbar PERC cells, the half-cell configuration enhances power output, temperature-dependent performance, and reliability.


    What is the efficiency of JA Solar panels?

    JA Solar panels usually have an efficiency between 20% and 21%, surpassing the market average. They incorporate modern solar technologies like half-cut cell construction, PERC cell technology, and busbars.


    Are half-cell solar panels better?

    Yes, half-cell modules produce more power, are more efficient and reliable than full-cell counterparts, leading to time and cost savings for installers. They require fewer panels to generate the same power, delivering more power per square meter.