Monitoring of environmental and energy systems
S e e n g
S y s t e m e n v i r o n m e n t a l e n g i n e e r i n g
The anthropogenic impacts on environment are increasing the ecosystems' vulnerability. Thus the use of intelligent artificial tools (AI) in smart systems able to guarantee the environmental sustainability is particularly important.
We use revolutionary and innovative and patented technologies for monitoring complex natural and anthropogenic systems, in particular through our systems managed by artificial intelligence we are able to maintain constant efficiency of solar panels and their self-controlled maintenance.
- Monitoring performance solar panels
(Thermocamera - Drone)
The examination consists in verifying through the use of a thermal imaging camera the presence of abnormal operations in the individual panels, presence of
- hot spot (micro fractures of photovoltaic cells, degradation phenomena from PID (Potential Indu-ced) Degradation), interrupted connections between cells;
- EVA yellowing;
- micro fractures;
- metallization of the cells.
- Monitoring of the territory
Monitoring of the territory and the watercourses by using innovative techniques (Drones, image analysis,...)
R & D - S i m o n
S y s t e m I n t e l l i g e n t M O n i t o r i N g
An intelligence system to connect, manage and monitor photovoltaic systems
S I M O N consists of an innovative AI system that remotely controls the solar panels via a simple app, guaranteeing an almost constant energy production over time and a reduction in damage to the panels. is low cost, easy to install system that makes optimal management of large solar arrays easy.
It pays for itself many times over by maintaining system efficiency and has the potential to be rolled out globally through a simple licencing and revenue share model.
R & D - Salamander
SAfety cLeaning And MAinteNance Device for photovoltaics panels
SALAMANDER allows the user to have continuous maintenance of the solar panel and its electrical disconnection, guaranteeing the maintenance of the panel's efficiency in terms of energy production.