Renewable energy

We take care of your future

Since its foundation, AIN active has participated in the development of renewable energy projects for some of the main companies in the international market.

The activity in the fields of wind, photovoltaic and hydroelectric energy ranges from preliminary studies of resource analysis to detailed engineering execution, including feasibility analysis, field data collection campaigns, etc.

This is complemented by the preparation of technical specifications for equipment procurement or assembly and commissioning services and, during the operation phase, the coordination and supervision of the work through project management and project management services.

The specialties of civil, electrical and mechanical engineering come together in this type of project in a coordinated manner to optimize the result.

The AIN active human team and the various modeling and analysis tools are the basis for the large number of references available.

Subareas of activity

Hydroelectric

Since its origin, AIN active‘s basis of activity has been hydroelectric power, both in engineering development and Operation and Maintenance activities.

AIN active‘s references in the field of hydroelectric power are close to a thousand designed megawatts , both in flowing and regulating plants, several of them with high head, with more than 800 m of gross head.

Wind energy

AIN active‘s references in the field of wind energy exceed 2,000 designed megawatts, with references ranging from a few wind turbine units to almost 300 MW in a single installation.

AIN active designs all the components of the wind farm, from foundations and roadways to the wind turbine grounding system and electrical collector network.

Photovoltaic

AIN active‘s references in the field of photovoltaic energy range from grid-connected plants of tens of megawatts to plants of tens of kilowatts in isolated installations to provide electricity to communities in island environments.

AIN active designs all the components of the photovoltaic plant, from foundations and support structures to the collector power grid and inverter systems.

This is complemented by the preparation of technical specifications for equipment procurement or assembly and commissioning services and, during the operation phase, coordination and supervision of the works through project management and project management services.