High-Power Industrial Solar Solution: Maximum Energy Independence
This industrial solar kit is designed to meet the most demanding energy needs. With its 72 solar panels and WKS Evo MAX II 30kVA hybrid inverter, it guarantees significant electricity production. The 168kWh OPzV battery bank ensures maximum energy autonomy, even during periods of high consumption.
Key Advantages:
Estimated Production and Savings:
With this kit, you can produce an average of 35640 kWh of electricity per year (estimate for central France). Considering a purchase price of €0.30 per kWh, you can save approximately €10 692 per year.
Why Choose This Kit?
Gain energy independence with this industrial solar kit. Reduce your reliance on the electrical grid.
Contact our experts.
This kit includes
The basic kit contains 72 solar panels, three WKS EVO Max II 10 kVA single-phase inverters, solar cables to connect the panels to the inverter, the panel mounting system is available as an option. (The mounting system as well as the cabling and protections can be modified to suit your needs).
All our kits are configurable. In the options you can click on the product to choose another model or change the quantities to adapt the kit to your needs.
You can also see details of the products you have chosen directly below the price.
Why choose this stand-alone kit?With this kit, you're opting for a robust, durable solution designed for energy independence.
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Complete energy autonomy, even off-grid This kit is designed to operate in completely autonomous mode. It generates electricity (via the panels) and stores it in OPzV batteries to power your installation, even without the grid. |
Flexibility and scalability
If your energy requirements increase over time (extension, new equipment), this type of kit is often modular (addition of modules, storage expansion) depending on the design of the system. |
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Reliable, long-lasting storage capacity OPzV batteries (gel electrolyte / tubular) are renowned for their longevity and tolerance of frequent cycling. They are well suited to demanding installations (Class 4) where energy demand is high. |
Resilience to outages & isolation In the event of a power cut or absence from the grid, this system continues to supply electricity to critical equipment (lighting, refrigerator, pump, etc.). |
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Class 4" solution for intensive use The term "class 4" indicates that this kit is designed for significant loads: complete domestic use, small workshops, pumps, major electrical equipment. This is not a minimalist solution. |
Long-term profitability and protection against price rises Even if the initial investment is substantial, you'll reduce your electricity costs over the long term. Every kilowatt produced "at home" protects you against price increases. |
Selected from the latest technologies, this panel offers unrivalled efficiency.
See its product sheet in our panels section to find out more.
And don't forget, we offer you the flexibility to choose the panel model you prefer.
We invite you to consult our solar production simulator to find out exactly what your solar production will be.
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Perc |
N-Type |
HJT |
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Efficiency |
Approximately 19-22 | Approx. 20-23 | Approximately 21-24 |
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Cost |
Moderate | High | Very high |
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Temperature coefficient |
Approximately -0.3 to 0.4% per °C | Approx. -0.3% per °C | Approximately -0.2% per °C |
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Annual degradation |
Approx. 0.5 - 07 | Approximately 0.4 - 0.5% | Less than 0.5% per year |
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Durability |
Good | Very good | Excellent |
Choose the inverter that meets your needs:
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| The WKS Evo MAX II 10 kVA 48 V is a high-performance, scalable solar hybrid inverter designed for high-demand residential or semi-collective installations. It stands out for its high power, operational flexibility and intelligent interfaces. |
The Multisolar 10 kVA 48V is a robust, efficient and highly scalable three-phase hybrid inverter, particularly suited to solar installations that require autonomy (off-grid), grid support with battery, or optimisation of the solar production system. |
Choose the battery that suits your needs:
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To help your customers visualise what this kit can actually power, here are some scenarios:
| Use / context | Typical need covered | Remarks & limits to be specified | |||
| Isolated house or chalet in an unconnected area | Complete power supply for a dwelling: lighting, household appliances, small appliances, pump, light heating (low-power electric), etc. | Need to be sized according to peaks (heating, oven) - often certain heavy loads need to be planned or as back-up. | |||
| Farm or agricultural operation | Irrigation pumps, ventilation, small workshops, greenhouse lighting, water pumps, etc. | This kit can ensure the operation of critical systems, even if the mains supply is absent. | |||
| Isolated technical site / service room |
Technical substations, monitoring rooms, relay stations, stand-alone equipment |
Ideal for installations where reliability is paramount and access to the network is costly or impossible | |||
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Mixed use: connected to the grid + stand-alone backup |
The kit operates in hybrid mode: when there's sunshine, the energy is used or stored; in the event of a grid failure, the system switches to the OPzV batteries |
Ideal for areas with frequent power cuts or for securing critical circuits |
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Light industrial / workshop use |
Light machinery, power tools, lighting, computers, controls |
Bearing in mind peaks and surges in consumption, careful sizing is required |
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Future expansion / gradual ramp-up |
Initially cover a moderate need, then add other modules or batteries as needs grow |
This "class 4" kit is often sized for margin and growth, so it's a good starting point. |
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Decoding inverter information to make the right choice
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