Navigating Voltage Drop Webinar

Solar Cabling Optimization Guide

The Solar Cabling Optimization Guide emphasizes the critical role of selecting appropriately sized, insulated, and maintained photovoltaic cables—often aluminum-based and designed for durability against sunlight, moisture, and heat—in solar farms to minimize resistance losses, ensure safe energy transport, and match the capacity and layout needs of solar modules for maximum power delivery and system longevity.

Building a solar farm: design steps and 10 best practices | PVcase

The article outlines the comprehensive multi-stage process of designing a utility-scale solar farm, emphasizing the importance of initial feasibility studies—including land, environmental, and economic assessments—followed by system sizing and site selection, while highlighting the technical complexities and risks involved in each phase to ensure successful solar power plant development.

How to Get Started with Solar Panels as a Contractor

The article explains that due to rising homeowner interest, government incentives, decreasing panel costs, and a growing shortage of qualified installers, general contractors—especially those experienced with residential roofing and electrical work—have significant opportunities to profitably expand into the rapidly growing solar panel installation market for both homes and businesses.

Critical BESS Design: AC vs. DC Coupling Explained

The article explains the critical design considerations for integrating battery energy storage systems (BESS) into modern solar power plants, focusing on the differences between AC-coupled and DC-coupled architectures, their impact on energy flow, system performance, cost, and the importance of advanced design software like PVcase to streamline the complex process of BESS integration for improved grid stability and renewable energy utilization.

How Radiance Solar cut design timelines by 30% with PVcase

Radiance Solar, a US-based renewable energy EPC, reduced their engineering design timelines by 30% by adopting PVcase’s unified AutoCAD-native workflow, which improved data continuity by 27%, minimized manual errors and rework, and streamlined complex solar project designs ranging from 1 MW to 30 MW, addressing challenges like fragmented workflows, technology volatility, and thin market margins.

PVcase partners with HeatSpring for advanced utility-scale solar training

PVcase has partnered with HeatSpring to offer a comprehensive training bundle for solar designers and engineers transitioning to utility-scale solar projects, featuring three courses on utility-scale solar design and hands-on experience with PVcase Ground Mount software through a 30-day license, aimed at addressing the U.S. solar workforce shortage by equipping professionals with skills for projects up to 30-40 MWac and interconnection voltages of 12.47 to 35 kV.