We integrate Solar Energy, in a sustainable way.

The dynamics of globalization, together with the growing development of the region, have awakened in us the interest in developing sustainable energy systems that meet the conditions of an environmentally friendly philosophy and at the same time facilitate the approach of society to new alternatives regarding energy use.

Arenco is a company that develops projects based on solar energy, so we always look for the environmental, economic and social sustainability of Saudi Arabia. Because we develop our projects together with our clients, we manage to meet their needs efficiently and effectively.

We develop solar energy solutions for business institutions, homes and rural areas. But firstly what is a solar system?

Inside the components of a solar energy system the solar module or also known as solar panel. The solar panel is the main component of all types of photovoltaic systems. In addition to this there are different parts that add to the system that vary according to the application. In the following illustration you can see the components more didactically.

Component responsible for transforming solar radiation into electrical energy through the photoelectric effect. They are made mainly by semiconductors (silicon) mono-crystalline or poly-crystalline. The ones with the best price and the highest availability in the international market are the polycrystalline. These are characterized by their nominal power or maximum power that this panel can generate under ideal conditions (radiation of 1kW / m2 and temperature of 25ºC).

This component of the system efficiently manages the energy to the batteries, prolonging its useful life, protecting the system from overload and over-discharges. This component is commercialized based on its maximum current capacity to be controlled (amps).

The electrical energy of the panels, once regulated goes to the batteries. These store electricity to be able to use it at another time, its commercialization is based on the ability to store energy and is measured in Ampere hour (Ah).

This component converts the direct current and low voltage (12v or 24v typically) from the batteries or controller into alternating current, in the case of Saudi Arabia 220 V, in a simplified way it can be said that it transforms the direct current into a conventional outlet. It is usually marketed based on its wattage, which is calculated as the voltage per current (P = VI). It corresponds to the maximum demand of (power) of the equipment to be connected.

This component can be dispensed with when the equipment to be connected can be powered by direct current. As is the case with some types of lighting, motors and equipment designed to work with solar energy.

This is a passive component of solar energy systems. Responsible for keeping photovoltaic modules in place and must be designed to withstand constant weather, thermal expansions for at least 25 years.

Each of the previous components of a solar energy system uses different technologies. Which make the systems more or less robust and provide other types of properties. The use of each of these components and the technology to use depends a lot on the need. What is sought to cover technical limitations. In other words, if you want a portable system, you should reduce the weight of the batteries, the most convenient thing is to use lithium-ion batteries. In cases of very high humidity, encapsulated controllers with a high degree of water protection must be used.

If you want to know which of our solar energy systems suits your needs, contact us and we will help you.

Not only do we carry out the sale of solar panels but we also carry out the entire implementation of solar energy in your company, with this you can reduce the cost of the electricity bill and reduce the carbon footprint of your organization

These systems complement the electricity network, making the most of solar energy.
You can save on your electricity bill and / or providing the reliability of always having energy despite power outages.

Perfect for reducing emissions and saving on the electricity bill.

These systems working together with the electricity grid, compensating the energy consumption of your organization, generating day-to-day savings in the electricity bill. They do not need batteries, they are easily scalable, they have great efficiency, they are modular and they give you real-time information on production and savings.

The world never stops and a power outage is now no problem.
By integrating a storage system we offer a backup power system that integrates with the power grid and offers the reliability to continue working.

Solar plant for the production of the necessary electrical energy for your farm
Independent of the network that offer electricity where you need it most.

We integrate solar panels with batteries that allow your solar plant to power all your equipment and maintain the functionality and operability of production, recreation and country houses in an environmentally friendly way.

With a solar plant you can always count on energy

Perfect for places where the power grid is unreliable and blackouts can last an hour to days, with solar energy you can always keep running.

Systems that allow to take advantage of the available electrical energy and compensate for power failures 24/7

For production and recreation farms, energy is essential, activities cannot stop with a solar plant and have backup power for appliances, lighting.

The activities continue despite the power outage.

Now you can install your own solar plant.

Simple systems to install directly by the user. Basic needs

We have solar systems in kit form so you can install it easily, tell us your needs and we will help you. (Do we provide that?)

Solar panels for houses are the best option to reduce your electricity bill and keep your appliances running.

We use solar panels for houses as electric generators that work in conjunction with the conventional electricity grid, so they do not need batteries, which allows lowering the prices of solar energy. We work with micro inverters to compensate the consumption of electrical equipment air conditioners, refrigerators, lighting among others.

Together with the solar panels, we integrate battery systems and the electrical network, which allows the lighting, computers and refrigerators to continue working despite the power cuts, therefore we can always have a functional, safe and environmentally friendly home environment.

Learn more about the tax benefits of renewable energy in our blog.