Self-consumption solar kit with 5.12 kWh battery and Deye 3.6 kVA hybrid inverter
This complete kit is ideal for residential self-consumption. It includes 8 high-efficiency Leapton N-Type 450 Wp bifacial panels, a Deye 3.6 kVA single-phase hybrid inverter and a51.2V 100Ah - 5.12kWh LithiumDelongTop Energy battery to store energy for evening use or peak demand.
The Deye hybrid inverter supports self-consumption, surplus injection sales and intelligent energy storage based on grid pricing. Enjoy greater energy autonomy and lower electricity bills.
Estimated annual production: 8 x 450 = 3600 Wp x 1.1 = 3960 kWh/year (based on central France).
Estimated savings: 3960 kWh x €0.30 = €1,188/year (at €0.30/kWh)
Advantages :
✔️ Optimized self-consumption with storage
✔️ Resale of surplus energy
✔️ Night-time use of energy thanks to lithium battery
✔️ No administrative formalities (no Consuel required if no grid injection)
The kit is customizable: add panels, improve storage, or adapt it to your needs.
Contact our team for a personalized assessment.
This kit includes
Opt for simplicity and efficiency with our solar kit, and reduce your energy bills today!
Discover a solar kit for fast, efficient installation: 8 solar panels, a Deye 3.6 kVA hybrid inverter, a Delong Top Energy 51.2V 100Ah - 5.12kWh lithium battery, and all the cables needed to connect each element, from the panel to your electrical panel.
Need more flexibility? No problem! Customize your kit by choosing the mounting system that's right for you. We'll also adjust cables, protectors and all components to meet YOUR specific needs. With our kit, solar energy becomes tailor-made, practical and efficient.
All our kits are fully customizable. In the options, you can easily select another model or adjust the quantities so that the kit perfectly matches your needs. And for greater transparency, you'll find full details of the products selected just below the price. Tailor your solar kit to your needs with ease!
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Important notice for our customers in Belgium: An environmental contribution of €144.50 excl. VAT will be applied to the purchase of each Delong Energy 5.12kWh lithium battery. |
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To find out more, consult the product sheet in our panels section.
And don't forget that we offer you the possibility of choosing the panel model you prefer.
We invite you to consult our solar production simulator to determine your precise solar production.
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Perc |
N-Type |
HJT |
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Efficiency |
Approximately 19-22% | Approximately 20-23%. | Environ 21-24% |
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Cost |
Moderate | High | Very high |
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Temperature coefficient |
Approximately -0.3 à 0.4% per °C | Approximately -0.3% per °C | Approximately -0.2% Per °C |
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Annual degradation |
Approximately 0.5 - 07% | Approximately 0.4 - 0.5% | Less than 0.5% |
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Durability |
Good | Very good | Excellent |
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A single-phase inverter is an electrical device that converts direct current (DC) to alternating current (AC) with a single phase, typically used in domestic and light-duty applications. It is commonly used in residential solar energy systems to transform the energy produced by solar panels into a form compatible with standard electrical appliances.

The Deye 3.6 kVA - SUN-3.6K-SG03LP1-EU single-phase hybrid inverter is the ideal solution for optimizing self-consumption of solar energy in residential installations and small businesses. With an output of 3.6 kVA, this inverter guarantees efficient conversion of solar energy into usable electricity, while offering intelligent energy management. Thanks to its compatibility with storage systems, it can store excess energy for later use, reducing dependence on the power grid.
Featuring advanced hybrid technology, it adapts to a variety of configurations, from a purely stand-alone solar installation to a battery-powered solution. Its compact, modern design facilitates installation and integrates perfectly into any configuration. What's more, it features overvoltage, short-circuit and overtemperature protection, guaranteeing greater reliability and safety for your installations.
With high efficiency and optimized energy management, the Deye 3.6 kVA inverter ensures long-lasting performance, while helping to reduce your carbon footprint and save money on your electricity bill.
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GEL (gel electrolyte) lead-acid batteries are ideal for a daily discharge of 50% of their capacity, which guarantees optimum performance. For example, if your fleet has a capacity of 4.8 kWh, it's advisable to consume no more than 2.4 kWh per day to comply with the manufacturer's recommendations. You can, however, allow for a slight margin, as these batteries can withstand faster discharges over shorter periods.
Lithium batteries, on the other hand, offer additional advantages: they discharge much faster than lead-acid batteries, and can be used up to 90% of their capacity. Lithium batteries therefore offer greater flexibility of use.
To determine your battery's capacity, simply multiply its capacity (Ah) by its voltage (V). For example, 4 x 12V 100Ah batteries connected in series will give a voltage of 48V and a total capacity of 4.8kWh.
And to make your life easier, our sizing tool will help you calculate your precise battery requirements for your stand-alone solar kit. Put your trust in our expertise and get started with a customized energy solution!
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The Delong Top Energy is a 48-51.2 V LiFePO₄ lithium battery with a nominal capacity of approx. 5.12 kWh (100 Ah) - a more compact version of Delong Top Energy's 10 kWh and 15 kWh range.
Up to over 6,500 cycles at 80% depth of discharge, i.e. over 15 years' use.
High thermal safety, very low risk of runaway.
Guaranteed longevity, stability and return on investment.
Protects against overloads, deep discharges, overheating, short circuits, etc.
Automatic cell balancing.
Maximum reliability and safe unattended operation.
Easy integration with most hybrid inverters.
Real-time monitoring via communication protocol.
Easy installation, scalability and precise system control.
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Important notice for our customers in Belgium:
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Optimize your production with Tigo TS4-A-O
(available as an option)
Maximize the output of each panel by controlling the DC current before the central inverter.
Installations with partially shaded panels or panels exposed to variable conditions.
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