Der Stand der Solarprojektentwicklung | PVcase

Developing Solar Projects on Challenging Land

The article highlights how solar developers facing market saturation, grid congestion, and limited ideal sites can enhance profitability and project viability by using early-stage renewable development tools like PVcase Prospect and PVcase Ground Mount, which streamline design processes and transform challenging land into efficient solar projects, as endorsed by industry leaders.

Site Selection in Europe

The Site Selection in Europe guide offers solar developers tailored best practices for efficiently choosing interconnection points, identifying suitable land amid regulations and environmental factors, initiating project layout and permitting, and integrating data with design tools to accelerate early-stage solar project development, supported by positive testimonials from industry leaders and trusted by major utility-scale solar companies globally.

Capacity Analysis: Why PVcase Prospect Wins

The e-book "Capacity Analysis: Why PVcase Prospect Wins" explains the critical importance of accurate, up-to-date grid interconnection capacity analysis in overcoming common solar project delays, highlights the limitations of traditional tools, outlines key capacity strategies and questions for developers, and demonstrates how PVcase Prospect helps de-risk projects and accelerate design processes, supported by testimonials from industry leaders and trusted by major utility-scale solar companies worldwide.

Commercial vs utility solar design | PVcase

The article explains the differences between commercial and utility-scale solar designs, highlighting that utility-scale solar projects are large, ground-mounted installations producing 1-5 MW of electricity over about 10 acres per MW, often featuring tracking systems, and supplying power to the grid on a wide scale, whereas commercial and industrial solar arrays, though larger than residential systems, differ in size, design, connections, and support systems.

Why the ‘rework trap’ is a risk to utility-scale solar projects' internal rate of revenue in 2026

The article explains that in 2026, utility-scale solar projects face significant risks to their internal rate of revenue due to "soft costs"—which now make up 60% of CAPEX—and fragmented workflows that cause data loss and rework, emphasizing that overcoming these inefficiencies through solar-specific tools and integrated processes is critical to maintaining project profitability and bankability amid razor-thin margins.

Vor- und Nachteile der Solarenergie im Überblick

Die Solarenergie, als zweitwichtigste Stromquelle in Deutschland mit 117 GWp installierter Leistung und 16,8 % Nettostromerzeugung 2025, bietet zahlreiche Vorteile wie emissionsfreien Betrieb, lange Lebensdauer, Kostensenkungen und Wertsteigerung von Gebäuden, während sie gleichzeitig Herausforderungen wie hohe Anfangsinvestitionen, Flächenverbrauch, begrenzten Wirkungsgrad, Intermittenz und Recyclingprobleme mit sich bringt.