$36.57
$69.84
The 8,5kW hybrid solar system with a 10,24 kWh storage unit offers you an optimally configured system for self-sufficiency in solar power. With 20 high-performance bifacial solar modules, you can generate between 7.500 and 9.000 kWh per year, depending on location and orientation – ideal for medium-sized households of 3-4 people. Optimal ratio of generation and storage The generously sized 10,24 kWh battery storage system is perfectly matched to the module output. Excess solar power generated during the day is stored and available to you in the evenings and at night. This configuration allows you to make particularly high use of your self-generated electricity and significantly reduces your reliance on grid power. The storage system is modular and can be expanded to up to 20,48 kWh if needed. Emergency power supply for critical consumers In the event of a power outage, the system automatically switches to emergency power and supplies a separate circuit with energy from the battery storage. You decide which devices are important to you and should continue to be powered during a power outage. Bifacial technology for higher yields The JA Solar JAM54D40-LB modules utilize bifacial technology and generate electricity from their backsides as well. Reflected light from bright roof surfaces or snow can increase yields by up to 30%. With an efficiency of 22,3%, these modules are among the most efficient on the market. Professional hybrid system from Sofar The Sofar HYD 8KTL-3PH hybrid inverter intelligently connects solar panels, storage, and the grid. With two MPP trackers, it optimizes energy yield even with two differently oriented roof surfaces or partial shading. The system can be conveniently monitored and controlled via a Wi-Fi logger – anytime, anywhere, using an app. Perfectly coordinated complete system With a 25-year product warranty on the modules and a 10-year warranty on the inverter, you are investing in a secure, long-term energy supply. The Sofar BTS battery storage system is specifically designed for the Sofar HYD inverter series and guarantees optimal interaction of all components. The system requires approximately 40 m² of roof space. Installation note This system must be connected to the power grid exclusively by a qualified electrician registered with the grid operator. Registration with the grid operator and in the market master data register are required. We can put you in touch with an installation company upon request. Technical information Solar Panels Number: 20 piece Type: JA Solar JAM54D40-LB 445W Technology: Bifacial, black frame Total output: 8,9 kWp Efficiency: 22,3% Warranty: 25 years product warranty, 30 years linear performance warranty Dimensions per module: 1.762 x 1.134 x 30 mm Required roof area: approx. 40 m² hybrid inverter Model: Sofar HYD 8KTL-3PH Rated power: 8.000 W Max. DC power: 12.000 Wp Number of MPP trackers: 2 Maximum efficiency: 98,0% Battery power: 8.000 W charging/discharging power Emergency power function: Yes, via a separate circuit Protection class: IP65 Warranty: 5 years (optionally up to 20 years) Battery storage Model: Sofar BTS E10-DS5 Capacity: 10,24 kWh (usable: 9,5 kWh) Number of modules: 2x BTS 5K 1x BTS 5K-BDU Depth of discharge (DoD): 90% Rated power: 5.000 W Operating temperature: -10 ° C to 50 ° C Protection class: IP65 Expandable: Yes, up to 20,48 kWh Surveillance Logger: Stick logger LSW-3 Connection: Wi-Fi App Control: Yes Detailed technical data can be found in the datasheets (see Downloads). Downloads Solar Panels Datasheet for JA-Solar solar module Warranty conditions – JA-Solar hybrid inverter Sofar Hybrid Inverter Datasheet Sofar Hybrid Inverter Manual CE Declaration NA protection explanation Unit certificate Battery storage Sofar storage datasheet Sofar Storage manual CE Declaration Storage Frequently asked questions (FAQs) For what household size is this system suitable? The 8,5kW system with 10,24 kWh storage is ideally suited for 3-4 person households with an annual consumption of 3.500 to 5.000 kWh. The balanced ratio of module power and storage capacity enables particularly efficient use of self-generated electricity. How big does my roof need to be? You will need approximately 40 m² of free roof space for the 20 solar panels. Ideally, the panels should face south, southwest, or southeast. East-west facing roofs are also possible, but will result in lower energy yields. How does the emergency power function work? The Sofar hybrid inverter features an emergency power function. In the event of a power outage, the system automatically switches to island mode and supplies a separate emergency power circuit with energy from the battery storage. This emergency power circuit must be configured separately during installation and can, for example, power appliances such as a refrigerator, router, or lighting. Why is the ratio of module power to storage optimal? In this system, the 10,24 kWh storage capacity is generously sized relative to the module output. This allows you to store sufficient energy even on cloudy days or during the transitional months. This ratio is particularly advantageous for households with higher consumption in the evening hours. Can I expand the storage later? Yes, the Sofar BTS system is modular. You can add up to 2 additional BTS 5K modules and increase the storage capacity to up to 20,48 kWh. The expansion must be carried out by a qualified electrician and reported to the grid operator. Who is authorized to install the system? Connection to the power grid must be carried out exclusively by a qualified electrician registered with the grid operator. The installation of the modules on the roof should be carried out by a specialist company (e.g., roofer or solar installer). What registrations are required? The system must be registered with the local grid operator before commissioning. Registration in the market master data register of the Federal Network Agency is also legally required. Your qualified electrician can assist you with this. What annual return can I expect? With optimal south-facing orientation and a 30° roof pitch, you can expect an annual yield of 7.500 to 9.000 kWh in Germany. The actual yield depends on your location, roof orientation, pitch, and any shading.
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