Environmental assessments

The meaning and value of this activity lie in controlling and monitoring the environment in which we live and work. The detected parameters constitute the starting point for successful projects and go hand-in-hand with the development and sustainability demanded by the modern era.
There are various factors that need to be monitored, both for environmental impact and worker well-being; one of the priorities during the design of a renewable energy production plant is an accurate and reliable assessment of production performance.

The forces of nature are identified by specific parameters:

LIGHT AND SUN:

The values determined by light irradiation and temperature rise allow for sizing the plant from both a technical and investment perspective. In the case of photovoltaic systems, care and maintenance requirements must be considered once the plant is operational.

WIND AND AIR:

For a wind power plant, a thorough understanding of the site’s anemological characteristics is needed to assess the wind strength and determine the size of the plant.

SEA AND WATER:

In this case, it is necessary to monitor the driving force of the sea and currents. To size a plant, it is essential to build a prototype to verify in real conditions the behavior of mechatronic devices subjected to continuous stress.

Therefore, relying on precise and reliable tools will help us build an efficient plant that requires minimal maintenance and complies with all environmental regulations, thus ensuring a predictable return on investment.

In a production site, knowing the energy demand helps us understand which measures can be taken to optimize energy use. Our studies allow for precise measurement of parameters and consequently the initiation of reliable projects.

Knowing the light exposure of an area allows us to create a design with dimmable lighting systems that self-adjust or can be remotely managed through customized software.
By installing diagnostic and data collection units on operational vehicles, we will be able to monitor the work performed by a machine and understand, based on distances traveled and load, which type of propulsion is most suitable. Converting a traditional thermal machine to hybrid or electric, along with appropriate staff training, will allow for energy consumption reduction without compromising work performance.
In particularly noisy work environments where noise pollution levels may reach significant levels, it is important to consider the potential consequences of such exposure on workers. Knowing the values of these phenomena helps us define a prevention protocol.