PHOTOVOLTAIC SYSTEMS

Harnessing Solar Energy

Photovoltaic systems convert solar radiation into electrical energy, providing a modern solution for residential and commercial buildings.

The proper design of a photovoltaic system takes into account the available space, orientation, potential shading, the property's energy requirements and the technical characteristics of the electrical installation.

Photovoltaic system installed on a building
HOW IT WORKS

From Sunlight to Electrical Energy

The generated energy follows a specific path before it is used by the building.

01 Solar Energy Solar radiation
→
02 Photovoltaic Panels Direct current generation
→
03 Inverter Electrical energy conversion
→
04 Building Use of the generated energy
THE SYSTEM

The Main Components of a Photovoltaic Installation

A complete photovoltaic system consists of different components working together to generate and safely manage electrical energy.

01

Photovoltaic Panels

They are the main component of the installation and convert solar radiation into electrical energy.

02

Inverter

Converts the direct current generated by the photovoltaic panels into alternating current suitable for the building's electrical installation.

03

Mounting System

Provides stable and secure installation of the photovoltaic panels according to the surface and requirements of the project.

04

Electrical Equipment

Cabling, electrical panels and appropriate protection devices are essential for the safe operation of the installation.

05

Energy Storage

Where required, the system can be combined with a compatible battery to store part of the electrical energy generated.

PANEL SELECTION

Different Solutions for Different Applications

01

Conventional Photovoltaic Panels

The standard choice for installations on roofs, flat roofs and other suitable surfaces, using a mounting system adapted to the requirements of the structure.

02

Flexible Photovoltaic Panels

Their thin and lightweight construction provides additional installation possibilities in applications where low weight or adaptability to the surface are important project considerations.

APPLICATIONS

Photovoltaic Solutions for Different Types of Buildings

Homes Detached Houses Apartment Buildings Commercial Buildings Industrial Facilities Pitched Roofs Flat Roofs Special Structures
PROPER DESIGN

Every Installation Starts with the Building

Available Surface Area

Assessment of the space available for the photovoltaic installation.

Orientation & Shading

Evaluation of the conditions that affect the amount of solar radiation reaching the panels.

Energy Requirements

The system design is adapted to the consumption profile and actual requirements of the property.

Technical Requirements

Selection of suitable equipment and installation methods according to the characteristics of the project.

BENEFITS

Why Photovoltaic Energy?

01

Harnessing Solar Energy

Generation of electrical energy using a renewable energy source.

02

Reduced Dependence on the Grid

Part of the building's energy requirements can be covered by locally generated electricity.

03

Energy Upgrade

Photovoltaic systems can form part of a broader strategy for improving the energy performance of a property.

RENOVATE

A Complete Approach to Installation

The selection of a photovoltaic system should be based on the actual conditions of the property and the requirements of the installation.

RENOVATE can undertake the required works and coordinate the different stages of the project, from the initial assessment through to the completion of the installation.

PHOTOVOLTAIC SYSTEMS

Solar Energy as Part of the Modern Building

With proper design and appropriate equipment selection, a photovoltaic system can be effectively integrated into the energy requirements of any building.