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SBFC Solutions covers six main areas: domestic solar, architectural BIPV, industrial solar, agri-photovoltaics, e-mobility charging, and the Solar Car-Charging Palm. Select a section to see what's available.
RESIDENTIAL
Domestic Solar
SBFC supplies photovoltaic kits for residential use, including panels, battery storage, and inverters. A documented home package — the SBFC 20 kW kit — combines these components for a complete domestic solar setup.
The kit includes components for EV home charging. SBFC can advise on configuration and installation options for your location.
SBFC 20 kW Domestic Kit — Components
As specified on the SBFC e-mobility page: 14 × 410 W solar panels · 1 × 8 kW hybrid inverter · 2 × 10 kW LiFePO4 wall-mounted batteries · EV car charging point · MC4 connectors and cables.
14 × 410 W solar panels
2 × 10 kW LiFePO4 batteries
MC4 connectors and cables
8 kW hybrid inverter
EV home charging point
Installation advice available
Interested in this kit?
Ask us about specifications, pricing, and what installation involves for your location.
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Solar Tile Bent | SELV Safety Class | Shadow Optimised
Traditional bent-tile appearance. Solar generation from the same roof surface.
ARCHITECTURE & HERITAGE BUILDINGS
Building-Integrated Photovoltaics — Solar Tile Bent
The Solar Tile Bent is a building-integrated photovoltaic product designed for roofs where conventional flat panels are not suitable. It takes the form of a traditional bent roof tile — and generates electricity from the same surface.
It is intended for historic buildings, complex roof geometries, and locations where the appearance of the roof must be preserved. According to SBFC's product page, it operates at extra-low voltage (SELV) and includes shadow optimisation.
1,400 m²
Roof area — example install
18,000
Tiles — example install
144 kWp
Capacity — example install
SELV
Operating voltage class
Installation figures are as published on the Solar Tile Bent product page at sbfc-solutions.com. The 125,000 kWh annual yield figure stated on that page is for the example installation described — not a general per-m² guarantee.
Typical use cases
- Heritage and listed buildings where panel aesthetics matter
- Complex or curved roof geometries
- Buildings in historic town centres
- New builds requiring architectural integration
COMMERCIAL & INDUSTRIAL
Industrial Solar
Energy costs are a significant factor in industrial operations. SBFC supports commercial and industrial solar projects through consultancy, equipment supply, and technical assistance.
The SBFC website describes industrial solar as supporting businesses facing rising energy prices. SBFC provides project consultancy services, custom PV solutions, and technical support — the scope of installation coordination depends on project and location.
What SBFC can help with
- Consultancy on system type and sizing
- Equipment specification and supply
- Custom PV solution design
- Technical support during and after installation
- Installation guidance and coordination
Planning an industrial energy project?
Describe your site and energy situation. We'll advise on what's practical.
Solar panels positioned above crop land. Both uses operate simultaneously.
AGRICULTURE
Agri-Photovoltaics
Agri-photovoltaics allows the same land to be used for both crop cultivation and solar energy generation — the panels are positioned above the crops rather than replacing them.
According to the SBFC agri-PV page, light levels can be adjusted to suit specific crops, the system can power on-site agricultural equipment, and excess energy can be sold to the grid. The page describes this as "dual land use" and positions it as a route to more sustainable and profitable farming.
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For Farmers
- Same land used for crops and solar
- Light adjustable by crop type
- Can reduce irrigation costs
- Potential income from grid energy sales
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Energy Side
- Powers on-site farming equipment
- Excess generation to the grid
- Low ecological footprint
- Reduces dependency on grid power
Benefits described are as stated on the SBFC agri-photovoltaics page. Actual outcomes depend on crop type, location, system scale, and local grid and regulatory conditions.
ELECTRIC MOBILITY
EV Charging Infrastructure
SBFC's e-mobility range covers EV charging infrastructure from domestic wall chargers through to the Solar Car-Charging Palm. The range is managed through the Seeligg platform.
The SBFC e-mobility page describes the SBFC 20 kW domestic kit with an included EV charging point, and details the Seeligg platform features. Charger capacity is listed as 3.7 kW to 22 kW.
Seeligg Platform — Listed Features
The following are drawn directly from the SBFC e-mobility page description of the Seeligg system.
Charger management (price, availability, status)
Multi-brand charger compatibility
Payment processing
OCPP & OCPI protocol support
Interactive charger location map
iOS & Android mobile apps
Usage history and analytics
Customer support
Solar Car-Charging Palm
Solar-Powered EV Charging — No Grid Connection Required
The Solar Car-Charging Palm is a standalone structure incorporating solar panels, a battery, and an inverter. It charges electric vehicles and devices without a permanent grid connection. The following is based on the SBFC Solar Palm product page.
Product Description
According to the SBFC Solar Palm page, each unit is a solar charging palm for electric and hybrid cars, equipped with 50 solar panels, batteries, and an inverter. It is available for installation in business areas, car parks, and public buildings.
The page states it "allows the charging of cars and electric vehicles powered by solar energy, 100% at zero cost" — meaning zero ongoing energy cost once installed, as generation comes from the solar panels rather than a grid supply.
Key Characteristics
- 50 integrated solar panels per unit
- On-board battery storage and inverter
- Charges EVs and devices independently of the grid
- Suitable for car parks, industrial sites, public areas
- Can be configured as single or double palm unit
Known Installations
The following are listed on the Solar Palm page at sbfc-solutions.com.
NOS Alive Festival
Autonomous solar palm for phone and iPad charging. Developed and assembled at Apametal industrial park, Sintra.
Cafés Delta
Solar palm powering a Cafés Delta capsule coffee machine. Solar-autonomous event installation.
Apametal Industrial Park, Sintra
Two palm units for EV fleet charging. Developed and assembled at this site.
Petrotec Industrial Park, Guimarães
One double-palm unit providing solar EV charging for the site's vehicle fleet.
Have a Specific Project in Mind?
Use the contact form to describe your situation and location. We'll advise on which products apply and what the process looks like.
Photovoltaic solutions for homes, businesses, agriculture, and electric mobility. Built on 20+ years of high-tech materials expertise.
SOLUTIONS
Architectural BIPV
Industrial Solar
Agri-Photovoltaics
E-Mobility
Solar Palm
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