When it comes to utility-scale solar development, time is money—but agility is everything. While many contractors take weeks to transition from a signed contract to boots on the ground, Novarise Group just set a new benchmark for project velocity at EG Alba Melfi. We didn't just mobilize for the project; we hit the ground running at a record-shattering pace. The 48-Hour Mobilization Challenge Speed is nothing without preparation. Exactly 48 hours after signing the contract fo

An incredible amount of work goes into a utility-scale solar project before the first clean electron hits the grid. Right now, the focus at EG CELESTE E INIZIO is heavily subterranean. From laying structural foundations to digging out critical power pathways, our teams are working side-by-side to conquer some of the toughest terrain challenges yet. Building a clean energy future isn't always smooth sailing—sometimes, it’s downright rocky. Here is a comprehensive look at our u

Nova Rise Group is proud to announce the formal mobilization and commencement of civil works at the Eg Inizio Celeste PV project. This 20MW utility-scale solar development marks another milestone in our mission to provide high-capacity execution for the renewable energy sector. As the dedicated execution partner for this site, our teams are managing the full ground-to-grid scope. We have deployed our specialized machinery and field force to begin the critical first phase of c

Project Overview Piansano was a utility-scale PV project where our team was responsible for mechanical installation works. The project involved challenging terrain conditions, including steep elevation differences and areas requiring pre-drilling. The initial awarded scope was 10 MW. After execution, our team was awarded an additional 2 MW, bringing the total installation scope to 12 MW. In addition, we carried out 5 MW of repair works on a neighbouring field. This project is

Project Overview Charme-Le Tranche was a 15.6 MW project where our team was responsible for mechanical installation works. The project was completed in 2 months with smooth execution, no major difficulties, and no recorded incidents. The work required organized manpower, efficient material handling, and reliable coordination of machinery across the site. echanical installation are important during execution. Charme-Le Tranche is a clear example of our role as an mechanical

Project Overview Dogana A was a 15 MW utility-scale solar tracker project where our team was responsible for both electrical and mechanical installation works. Because the project used tracker structures, the execution required a high level of accuracy, alignment control, and careful coordination across difficult terrain. Tracker PV projects are more demanding than standard fixed-tilt installations because the structure must be installed precisely to allow proper operation an

Project Overview CampoScala was a utility-scale PV project where our team was responsible for mechanical installation works. The initial awarded scope was 18 MW, which was completed successfully and obtained warranty approval from the manufacturer after completion. Following the successful completion of our 18 MW scope, our team was awarded an additional 6 MW repair scope. This repair work was related to an area where the pile installation tolerance was outside the required l

Project Overview Lattera was a utility-scale PV project where our team was responsible for mechanical installation works. The project was executed smoothly, with no major difficulties and no recorded incidents. The initial awarded scope was 25 MW. Due to strong performance in both quality and execution time, the client awarded us a further 25 MW, increasing the total final awarded scope to 50 MW. This project is a strong example of our role as a PV mechanical installation par

Project Overview Nacita C was a utility-scale PV project where our team supported the execution of solar installation works under challenging summer site conditions. The project was carried out during August, when high temperatures required a specific working schedule to protect the team and maintain safe productivity. Due to the heat, working hours were organized from 05:00 until 12:00. This allowed the team to complete the most demanding site activities during the cooler pa

Project Overview Nacita A was a 15 MW utility-scale PV project where our team was responsible for both electrical and mechanical solar installation works. The project required strong site organization, flexible execution planning, and close coordination with the client due to challenging ground conditions and heavy rainfall during construction. Despite a two-week work interruption caused by heavy rain, the project was completed three weeks earlier than the original schedule.