Energy and Sustainability

Offshore wind energy, or marine wind energy, has become one of the main sources of renewable energy worldwide. In this sense, Amper is positioned as a leader in the manufacture of offshore platforms for offshore wind farms, both components for floating platforms and fixed structures, through its company Nervión Naval-Offshore, which is in the process of national expansion.

In addition, we also have Proes, an engineering specialized company, where the best engineers for the development of offshore wind energy are located. This allows us to participate in all phases of the projects, from the preliminary studies and calculations to the design of the construction and commissioning.

Offshore wind energy is a renewable energy source with great potential in the fight against climate change, and our company is committed to offering innovative and efficient solutions for its implementation.

Amper, through Nervión-Naval Offshore and Proes, has reached agreements with the main players in the offshore wind energy sector with the aim of promoting the development of this field. These agreements will allow Amper and its associated companies to offer innovative and efficient solutions for the design, construction, and maintenance of offshore wind farms. Thanks to its extensive experience in the marine sector and in renewable energy projects, Amper is positioned as a key player in the transition towards a more sustainable and environmentally friendly economy.

The transition to clean energy is essential to address the challenges of climate change and reduce dependence on fossil fuels. In this context, photovoltaic systems, hydrogen and hydro power plants emerge as key pillars of renewable energy production. Photovoltaic systems are essential in renewable energy production, converting solar energy into electricity and reducing greenhouse gas emissions. The installation of these systems requires high quality equipment and the expertise of specialised photovoltaic EPC (Engineering, Procurement and Construction) companies, which design, supply and build the PV system according to the customer’s specific requirements.

Hydrogen, as an energy carrier, offers efficient energy storage and transport, especially when produced from renewable sources, contributing to the reduction of carbon emissions. Hydropower plants, on the other hand, generate electricity in a clean and stable manner, since their energy is obtained through water. This means that no resources are consumed and no emissions are generated.

In short, these three components play a crucial role in building a more efficient and sustainable energy future.

In line with our commitment to sustainability and energy efficiency, at Amper we offer advanced solutions for energy and water management through innovative technologies such as smart grids and smart water systems.

Our smart grids enable smart grid management, resulting in increased efficiency and reduced greenhouse gas emissions. With our technology, businesses and communities can manage energy more efficiently, reducing costs and improving quality of service. Our smart water systems also enable the intelligent management of water, an increasingly valuable and scarce resource in the world. With our systems, businesses and communities can manage water use more efficiently and sustainably, reducing consumption and minimising waste.

At Amper, we also offer advanced solutions for the management of electrical systems, including the implementation of advanced automation and control systems. Our electrical systems enable more efficient and secure energy management, reducing costs and improving quality of service.

In conclusion, energy production and distribution are fundamental to sustainability, and the introduction of technologies such as smart utilities and smart electricity systems is key to achieving a more sustainable future.

The Green Industry refers to the application of sustainable technologies and processes in industrial production. This involves not only the reduction of emissions and waste management but also the use of renewable energies and the optimization of natural resources. The digital industry has become essential in the transition to a green economy as it enables the optimization of production processes and the reduction of environmental impacts.

In this context, the management of atmospheric emissions has become a priority for the Green Industry as it is one of the main environmental challenges facing industrial production. Additionally, industrial services also have an important role to play in the transition to sustainability, as they offer customized solutions for waste management, recycling, and energy optimization in production processes. The Green Industry provides a unique opportunity to achieve a balance between economic growth and environmental sustainability, which will allow us to build a fairer and more equitable future for all.