Innovation and development

R&D is the driving force behind Abora and we invest in it with the firm conviction that we are always at the forefront of solar technology. Often, our disruptive technology breaks into the market with the aim of meeting the energy needs of each customer to boost their business within a society that must be increasingly sustainable and circular.

Innovation and development of Abora

aboratory

The Aboratory is our space to develop the following hybrid panels. Here, we not only look for improvements on our panels, but also test their integration with different systems.

Our Aboratory is what allows us to always be at the forefront of hybrid solar technology, and we work looking for: improve efficiency, reduce costs, improve product aesthetics, durability, etc.

Before bringing a new panel to market, in our Aboratorio the most demanding tests are made so that our technology remains synonymous with quality.

Reseach areas

Product

Abora introduces new or improved products into the market with the main idea of providing solutions to the environmental problems facing today’s society.

Process

He hates not only what he does but also how he does it. Our manufacturing processes are constantly adapted to meet all the requirements demanded by the design of our products, as well as the most demanding quality standards in the sector.

System

The panel is an important element of the installation, but it coexists with other elements also very important for the generated energy to be exploited. To do this, we continue to investigate the integration of our panels in different systems such as heat pumps, sorption systems, efficient accumulation, etc.

Discover our projects

The most profitable Solar collector on the market to supply Heat and Electricity
Implementation period
2020-2023
Project budget
2.800.120,50 €
Reference No.
GA-947496
Desarrollo nuevo método de encapsulación de células FV sobre recuperadores de calor para PVT
Implementation period
2019-2021
Project budget
393.212,43 €
Reference No.
IDI-20190427
The most cost-effective hybrid solar panel in the world
Implementation period
2019-2022
Project budget
410.407,17 €
Reference No.
SNEO-20181074

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