Solar energy production - Import export

The use of bifacial panels in combination with specially designed structures can increase energy generation by up to 30%. Variability takes into account factors such as installation height, reflectivity of lower surfaces, shading of adjacent rows and the proportion of diffuse radiation Quick, easy installation, due to light weight and original fasteners that allow you to mount panels from both sides. The high-strength grade of steel reduces the weight of structures, which means a considerable cost cutting of the price and costs of transportation. The structure's resistance to loads meets Eurocode standards. Hot-dip galvanizing of each part in accordance with ISO 1461:2009 provides corrosion resistance for a long period of time. Segmented posts for easier handling.

Axinar has designed and produces, solar panel stands and mounts for various applications. -Signle column ground type -Double column grounf type -Roof type for commercial and residential roofs.

Solar Tracking Linear Actuators Screw Type: ACME or Ball screw Maximum Load: 8000N Maximum Speed: 10 mm/s Type: Economic solar tracking actuator Used for tracking solar panels and heavy satellite equipment IP class: IP65 High precision Antirust quality High Durability: Cold resistance up to -26 ˚C Super-hold high static load capacity Super-grip heavy duty bracket

They are hermetic: They are placed behind the panels and they do not bother at all nor take any interior space. Because from each panel already comes 220VAC, the cabling losses are lower. The cables should not be so thick, so there are some saving on cabling. It will be more easy wiring. Therefore, less time and money when installing. If a panel is a bit shaded, it will make less energy, but it will not affect to the other ones. That’s why the system will be more efficient. If a panel gives less energy because it is damaged, from the monitoring module we can know exactly wich is and change it. A damaged panel will not affect all the others.

For isolated homes, for road and motorway traffic signals, for closed CCTV cameras on motorways and other places, for mobile phone antennae, for big photovoltaic central of one axis, for independent street lamps, etc. The improvement in performance compared to fixed panels is 26-30%, so this tracker is worthwhile from 1 m2 of panels up to a maximum of 3.4 m2. All the trackers from a plant can be connected from a central control, si it’s like a giant tracker.

Once the date, hour, and location co-ordinates are entered into the screen, use the buttons to point the Solar Tracker FEiNA SF09 to the Sun. From this moment the Solar Tracker FEiNA SF09 will start working. Every X minutes (between 1 and 90, according to what has been programmed), it calculates the position and moves the tracker if necessary. When the Sun sets meaning that the inclination of the sun over the horizon is negative, the tracker will turn to the East and place itself near the horizon (approximately 80 degrees with regard to the vertical). When the Sun rises, the Solar Tracker FEiNA SF09 returns to its almost vertical position. From this moment on, it carries out the normal daily movement. All the trackers from a plant can be connected from a central control. It can be fasten on the ground or on a roof by screws. You can fix any kind of pannel, even fotovoltaic or thermical, any you only need a spanner to do it. Dimensions: 3x3m (9 m2).

Mobile tube that rotates around the mast (Galvanized and zinc plated) Cogwheel Module 6, Diameter 720 mm, clockwise movement (aluminium smelting). Cogwheel Module 6, Diameter 720 mm, inclination movement (aluminium smelting, tempered). Axle, diameter 100 mm, L=1500 mm, inclination of the structure. (Galvanised and zinc plated). Two motors with its gears, worm screw, revolution counter switch and protection box. (Galvanized and zinc plated). Two crossed bars of 5 meters to support the transversal bars (Galvanized) – Electronic box with the motor and micro switcher connections. It is designed to support winds of 140 km/h with 20m2 of panel surfaces. Solar Tracker FEiNA SF20 Functions Once the date, hour, and location co-ordinates are entered into the screen, use the buttons to point the Solar Tracker FEiNA SF20 to the Sun. From this moment the Solar Tracker FEiNA SF20 will start working. Every X minutes (between 1 and 90, according to what has been programmed)

Fixed part placed in a column from iron or concrete (Galvanised) Moving tube that rotates around the mast (Galvanised) Cogwheel Module 6, Diameter 1008 mm, clockwise movement . Cogwheel Module 6, Diameter 1008 mm, inclination movement . Axle, diameter 165 mm, L=2800 mm, inclination of the structure. (Galvanised). Two motors with its gears, worm screw, revolution counter switch and protection box. (Galvanised and zinc plated). Two crossed bars of 5 meters to support the transversal bars (Galvanised) Electronic box with the connections for the motor and the micro contact breaker. It is designed to support winds of 140 km/h with 28m2 of panel surfaces. Functions Once the date, hour, and location co-ordinates are entered into the screen, use the buttons to point the Solar Tracker FEiNA SF28 to the Sun. From this moment the tracker will start working.

Mast that is inserted in the concrete. (Galvanised) Moving tube that rotates around the mast (Galvanised and painted) Sprocket Module 10, Diameter 1000mm, clockwise movement (steel of high resistance). Sprocket Module 10, Diameter 1000mm, inclination movement (steel of high resistance). Axle, diameter 200 mm, L=3,400 mm, structure inclination. (Galvanised). Two motor sets with their gears, their headless nuts and turn counter switch and protection box (Galvanised and coated with zinc). Two crosswise bars of 7 metres for supporting the transversal bars (Galvanised) An electronic box with the connections for the motors and the micro contact breaker. It is designed for withstanding winds of 140 km/h with 45 m2 of panel surface.

The solar Tracker FEiNA SF70-1EH is an horizontal single axis that can be customized to fit any size photovoltaic panel or solar thermal module. The solar Tracker FEiNA SF70-1EH has a maximum sail area of up to 70 square meters, but the tracker modular design can be installed in different lenghts to deal with obstacles and obstructions in the installation sites terrain. The solar Tracker FEiNA SF70-1EH has networking capabilities which allow for the sharing of common resources in a solar field, such a GPS unit, which provides accurate time and pin point location updates, and an Anemometer to protect the trackers in the event of extreme wind conditions. The networking capabilities also allow for remote monitoring and programming, reducing the onsite manteinance costs. The solar Tracker FEiNA SF70-1EH incorporates a fully programmable control system which includes a new “Backtracking” feature. The Backtracking feature commands the tracker to revers

Galvanized Steel Carport: Engineered for open field projects. •Cost saving •Simple design •Enables easy access •Adding extra safety The engineering team ensure that your special design is made to meet your requirements, and provides a strong and reliable solution. All components are highly pre-assembled, ensuring the mounting system's fast installation & saving labour costs.

Arabelt Offers it's partners all the range of solar products. 1- Solar Panels. 2- Off-Grid and Grid-Tied Solar Systems 3- Solar Inverters, Battery Storage Monitoring and Control Systems Solutions Inverters. 4- Batteries 5- Monitoring and Control Systems 6- Solar Mounting and Racking Systems 7- Solar Thermal Systems 8- Consultation and Project Management

160W Portable Solar Blanket

Portable folding solar panel with kickstands

vacum tubes manifold collector systems

vacum tubes solar energy systems

Pasifik Thermosiphon systems are consisting of Pasifik Solar collectors in suitable type and size. Pasifik enamelled hot water storage tank.Suitable support base for every type of roof. All necessarity fitting and accessories.

Premium solar thermal collectors. The collectors are certified with Solar Keymark. All collectors are manufactured using Tinox selective coating absorbers. The collector absorber is manufactured using ultrasonic welding technology.

1.Modular design, standardized production, strong commonality, easy installation, operation and maintenance. 2.Three-level BMS can realize all-round monitoring and management in the system. 3.Using lithium iron phosphate cell, low internal resistance, high rate, high safety,long life. High consistency of internal resistance,voltage and capacity of single cell. 4.Using high-end battery cell with long cycle life and lifetime,the comprehensive operation cost is low. 5.Intelligent system, low loss, high conversion efficiency, strong stability, reliable operation. 6.Visual LCD display allows you to set operatingparameters, view real-time data and operating status, and accurately diagnose operating faults. 7.Support fast charging and discharging. 8.Supports communication such as CAN2.0 and RS485, which can be used in various scenarios.

The DRAGON Domestic Vertical Wind Turbine is an efficient and reliable renewable energy solution designed for domestic use. With a turbine power of 500W and a voltage of 48DC, it harnesses the power of wind to generate electricity effectively. What sets it apart is its ability to start producing electricity at low wind speeds, with a starting wind speed of just 1.2 m/s. This means that even in gentle breezes, it can begin generating usable energy. Built with durability in mind, the DRAGON Turbine ensures reliable performance over an extended period. Its lightweight design facilitates easy installation and maintenance, making it accessible for homeowners. Moreover, its modern and sleek aesthetic seamlessly integrates into residential settings, enhancing the visual appeal of your property. By utilizing wind power, this vertical turbine offers an environmentally friendly alternative to traditional energy sources.

What is Solar Energy Systems? Solar energy systems; It is a system in which solar rays are collected by panels or solar cells and converted into electrical energy. Solar energy panels are a very budget-friendly system in the long run. And it's pretty easy to use, set up, too. The main source in our system is the sun, the energy production cycle is completed when the rays from the sun hit the solar panels and pass through various stages. On the surface of the solar panels used in these systems - photovoltaic panels - there are many solar energy cells. These solar cells, on the other hand, are composed of silicon material, which is abundant in nature, and there are two layers, positive and negative, in order to create electric current in each energy cell. With the absorption of the rays emitted by the sun by these cells, a continuous flow of electrons occurs, resulting in electricity production. Solar energy systems are classified in two different ways as On Grid and Off Grid.