More info
All our kits are configurable. In the options you can click on the product to choose another model or change the quantities to suit the kit to your needs. You can also see the details of the selected products directly below the price.
This kit is sized with the general purpose of powering an isolated site or a stand-alone installation.
The basic composition of the kit contains 1 solar panels (modifiable), an mppt 10 Ah SRNE regulator, solar cables to connect the panels to the inverter and the inverter to your electric panel, the panel assembly system is available as an option. (The assembly system as well as the wiring and protections are changeable to meet your needs).
The products described are subject to change depending on the availability of the products. (See composition of the kit)
SOLAR PANELS:
We invite you to consult our solar production simulator to determine exactly what your solar production will be.
20-year warranty at 80% of rated power.
Batteries:
What can I expect from my GEL Lead batteries (gelled electrolyte)?
GEL lead batteries should only be discharged at 50% of their capacity on a daily basis. For example, if your fleet has a capacity of 4.8kWh, be careful not to consume more than 2.4kWh.
In order to comply with the manufacturer's recommendations, the majority of GEL lead batteries can only withstand faster discharges in 10 hours. If you have a fleet of 4 100Ah batteries in 48v, and therefore a total capacity of 4.8kWh, you should not consume more than 480W. Instant photovoltaic production is to be added to this value. A slight margin is to be expected, however, effectively a lead battery supports faster discharges over a short period of time.
What can I expect from my Lithium batteries?
In general, lithium batteries can be discharged much faster than lead stationary batteries. They also allow more of their capacity to be used. It is common to be able to unload them in an hour and to be able to use up to 90% of their capacity.
How do you know your battery capacity?
This is expressed in amps hours, it is the product of the multiplication of the capacity (Ah) of the battery by the voltage (V) of it:
Example : 4 100Ah 100Ah batteries mounted in series will give a voltage of 48V. These batteries will have a total capacity of 4.8kWh
48V - 100Ah - 4800 Wh - 4.8 kWh
How do I calculate my battery need?
To make your life easier, we have developed a tool to size your autonomous solar kit and the size of your battery fleet.
See you here!
CABLE AND CONNECTORS:
All cables and connection are pre-wired in our workshops. Our kits are very easily mounted by 'beginners' in electricity. For those who have some reservations about the technical side, our technical team assists you and helps you every day from 8am to 5pm.
Mounting:
The installation of this kit is very simple. Our instructions are clear and allow easy editing without any special knowledge. We answer all your questions before, during and after installing your system.
Warranty:
All products have an individual warranty.
25-year linear performance guarantee.

Solar panel
The basic selected panel in this kit has been chosen according to our supplies.
You will find the characteristics of the latter by going to see its product sheet in the panel category.
GEL Ultracell Battery 12V 55Ah
Gel batteries are waterproof batteries: no maintenance, no addition of distilled water. Enhanced safety compared to open lead batteries.
A Gel battery can withstand 100% discharge and regain its rated capacity if the discharged hold time is short. This series has a longer discharge time compared to other batteries. Its special plate design increases battery life and especially in warmer temperatures. A separator within the battery improves performance. It also has a longer shelf life.
- Nominal voltage: 12v
- Ability: 55Ah
- Size: L 229 x l 138 x H 209 mm
- Weight: 17 Kg
Solar Regulator MPPT 10A SRNE
Adoption of a double-crested or multi-crested tracing technique, used for condition when part of the solar panel is under the shade or parts of the solar panel are damaged. Integrated maximum power point tracking algorithm that promotes the pv system's energy-use efficiency. The load efficiency is 15% - 20% higher than the PWM mode. It can find the best work point of the I-V curve in 1 minute. MPPT efficiency can be as high as 99.9%. Adopts advanced digital power-supply techniques that make energy conversion efficiency up to 97%.
Characteristics
Model | MT2410 |
Tension of the system | 12v |
Maximum solar panel input power | 130W |
Transfer efficiency | 96% |
Flow load/discharge current | 10A |
Loss of charge | 15mA |
Maximum input voltage of the solar panel | 150V |
MPPT traceability efficiency | 99% |
Top-up protection | 16.5V |
Limited load voltage | 15.5V |
Equalize charge voltage | 15.2V |
Equalize the charge intervam | 30 days |
Increased load voltage | 14.4V |
Floating load voltage | 13.8V |
Excessive discharge recovery voltage | 12.5V |
On discharge voltage | 11.0V |
Boost load time | 2 hours |
Equalization charge time | 1 hour |
Protection from overheating | Yes |
Light voltage (activated) | 5v |
Light voltage (deactivated) | 6v |
Functional delay time | 5 min |
Operating temperature | -35C - 65C |