Knowledge
Understanding solar PV:
the basics for your decision.
How do utility-scale PV plants work, when is storage worthwhile and how does a project unfold? The most important answers, explained compactly by the Northup SRL team from Bolzano.
What is a utility-scale photovoltaic plant?
A utility-scale photovoltaic plant converts sunlight into electrical energy, either on the roof of an industrial building or as a ground-mounted plant on your own land. From around 100 kWp we speak of commercial systems, from one megawatt of utility-scale plants. The core components are the solar modules, inverters that convert direct into alternating current, a transformer station for the grid connection and, optionally, a battery storage system that shifts solar power into the evening and night hours.
Who benefits most from their own plant?
Businesses with high daytime electricity consumption benefit the most: manufacturing plants, cold storage facilities, hotels and logistics centres. Over its lifetime, self-generated power costs significantly less than grid electricity and makes energy costs predictable for decades. Owners of unused land can also generate stable income by feeding into the grid. For private households in South Tyrol, a rooftop system with storage typically pays for itself within eight to twelve years.
How does a project with Northup unfold?
Northup accompanies every project as consultant, planner and EPC partner: it starts with a site analysis, load profile assessment and a solid profitability calculation. This is followed by detailed planning, permitting and grid connection procedures, construction with certified components from leading manufacturers and finally commissioning, monitoring and maintenance. Clients have a single point of contact throughout the entire project.
What role does battery storage play?
Storage significantly increases the self-consumption share: solar power not used at midday remains available in the evening. In addition, storage systems smooth out expensive load peaks (peak shaving) and can provide backup power during grid outages. Modern LFP batteries achieve several thousand charge cycles and are liquid-cooled with fire-safety monitoring.
What does this mean for CO₂ and ESG goals?
Every kilowatt hour of solar power replaces electricity from fossil sources and saves around 0.35 kilograms of CO₂. A one-megawatt plant thus avoids several hundred tonnes of CO₂ per year, measurably and reliably documented for sustainability reports, ESG ratings and customer requirements along the supply chain.
FAQ
Frequent questions, clearly answered.
Residential rooftop systems are usually completed within a few weeks. For commercial systems and ground-mounted projects, permits and grid connection procedures determine the schedule: expect four to twelve months from the first analysis to commissioning.
Still have questions? We're here to advise you.
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