Transforming Spaces: The Power of Photovoltaic Solar Energy

BIPV technology, or building-integrated photovoltaic solar energy, involves the incorporation of photovoltaic modules into the structural or facade elements of a building, transforming them into renewable energy generators.

An innovative solution characterized by its sustainability in terms of the construction of the present and the future.

The replacement of traditional building materials is the order of the day with BIPV technology. We present the following article for you to delve into this fantastic world with us.

What is photovoltaic solar energy or BIPV technology?

BIPV modules work similarly to traditional solar panels: they capture sunlight and convert it into electricity through a process called the photoelectric effect. This energy can be used to power the building or be injected into the electrical grid.

This technology involves the integration of photovoltaic modules into the facade or structure of a building. The traditional materials replaced by this technology include roofs, windows, cladding…

The building’s aesthetics achieve a more uniform and attractive result once this new technology is applied.

Types of Photovoltaic Solar Energy or BIPV Technology

Crystalline Silicon Photovoltaic Modules

They are the most common and efficient, ideal for roofs and large surfaces.

Thin-Film Photovoltaic Modules

Lighter and more flexible than crystalline silicon modules, but also somewhat less efficient. Perfect for facades and curved applications.

Roof Tile Integrated Photovoltaic Modules

They blend in with traditional roof tiles, making them ideal for residential roofs.

Glass-Integrated Photovoltaic Modules:

Ideal for windows, skylights, and facades, allowing the passage of natural light.

Semi-transparent BIPV Solar Panels

They are widely used due to the large amount of sunlight they allow through. They create a natural lighting effect in the space.

Applications of BIPV Technology

The applications of this new technology are very diverse. They can be implemented in different types of buildings, such as the following:

Residential buildings

Among these, we find flats, apartments, duplexes, townhouses, or single-family homes…

Commercial buildings

In which we find buildings where commercial activities are conducted, such as hotels, shops, offices, large shopping centers…

solar energy

Industrial buildings

Large distribution centers, warehouses, logistics hubs, factories, production and distribution centers…

Public buildings

Schools, hospitals and health centers, libraries, universities…

We can also see BIPV technology applied in other constructions such as greenhouses, urban furniture, and canopies…

Benefits of BIPV Technology

Compared to traditional photovoltaic systems, BIPV technology offers a number of advantages, among which we can highlight the following:


The appearance of the building or its facade changes completely once BIPV technology is applied. The appearance becomes more attractive.

Cost Reduction

Costs can be reduced concerning construction materials and installation costs. All this by integrating photovoltaic modules into the building’s structure. Up to 40% savings on energy costs over the building’s lifetime.

Spatial Efficiency

The application of this new technology does not require additional space; instead, it utilizes the space already used for the construction of the building itself. It increases its efficiency by 10-20%.

Greater Efficiency

BIPV modules are less exposed to the elements. This translates to greater efficiency compared to traditional solar panels.

Environmental Benefits

Promoting the use of renewable energy or reducing greenhouse gas emissions are some of the practices encouraged by BIPV technology. Reduction of up to 70% in CO2 emissions compared to traditional buildings.

The Future of Photovoltaic Solar Energy or BIPV Technology

BIPV technology is positioned as a key form of construction in the future. With it, we open up a wide range of possibilities for building more efficiently and sustainably..

photovoltaic solar energy or BIPV technology

New Materials

To carry out construction with this technology, new materials are being explored that provide novelty to the building results. Among these, perovskite cells or amorphous silicon stand out. The goal is to achieve greater flexibility, efficiency, or lightness.

New Applications

The applications of this technology go beyond roofs or building facades. Among these new applications, we will find greenhouses, urban furniture…

AI Intervention

Artificial Intelligence is highly relevant today, and its connection with this technology is no exception. It will be integrated to improve performance and efficiently manage demand.

Social Awareness

There is a great social awareness about sustainability and the need to address it. This boom will drive the demand for buildings constructed with BIPV technology. Both from consumers for personal use and from companies.

BIPV and Microgrids

Buildings constructed with BIPV technology will be able to join microgrids and create local energy communities with greater sustainability and resilience.

BIPV and Energy Storage

Greater self-consumption potential and reduced dependency on access to the electrical grid are some of the advantages that can arise from the link between this technology and energy storage systems.

Regulation and Public Policies

BIPV technology should be promoted by governments and international organizations through support programs, new measures, regulations, incentives…

The rise of BIPV technology is here: transform your space and join the clean energy revolution!

At Solum, we are pioneers in BIPV and are committed to sharing our knowledge and experience with you. We offer you expert advice, cutting-edge technology, and comprehensive solutions.

What are you waiting for?