Solar Shield Kickoff As the global solar industry expands, so too does the threat of solar panel theft—a costly and disruptive crime targeting both commercial solar farms and residential installations. According to data from Ecam, incidents have surged in high-installation regions such as California, with stolen panels often recovered through secondary resale markets at a…
Bright Beginnings: Introduction to Solar Process Heat Industrial manufacturing is undergoing a quiet revolution as facilities increasingly look to the sun for their thermal energy needs. Solar heat for industrial processes (SHIP) uses solar thermal systems to generate heat for applications such as drying, heating, cooling, and process steam generation. These systems range in capability…
Bright Beginnings – Why Roof Monitoring Matters As the photovoltaic industry continues its rapid expansion, roof integrity has become a critical factor in solar panel installation safety and performance. Panels typically add 2–4 pounds per square foot of weight to a roof, and mounting systems often require roof penetration for secure attachment. Without proper assessment…
Ascending Brilliance – Introduction to High-Altitude Solar Deployment As global renewable energy adoption expands into terrain once deemed impractical, high altitude solar panels are emerging as critical assets in reaching decarbonization goals. These alpine solar systems, deployed in mountain peak solar arrays and high elevation solar farms, must be engineered to address unique environmental conditions—including…
Illuminating the Threat As renewable energy investments surge, so too does the threat of solar-asset fraud — deceptive practices that undermine the integrity of photovoltaic projects and place homeowners and investors at substantial financial and legal risk. Fraud tactics range from falsified financing contracts and unauthorized property liens to misrepresentation of equipment quality and eligibility…
Bright Beginnings – Your Quick Guide to Solar Predictive Maintenance KPIs In the rapidly evolving field of renewable energy, predictive maintenance is fast becoming a cornerstone of operational excellence for solar asset managers and operators. By leveraging IoT sensors, machine learning, and data analytics, predictive maintenance enables solar farms to anticipate failures in solar panels,…
Sparks of Community Power Across Australia and beyond, communities are taking charge of their energy future through community battery projects—mid-scale energy storage systems that capture surplus solar generation and redistribute it locally. These systems operate as the backbone of emerging microgrids and distributed energy networks, enabling greater grid stability, lowering household bills, and promoting energy…
Charging Ahead – Introduction As the global fleet of electric vehicles (EVs) continues to grow, a parallel market is emerging for a vital piece of their technology: lithium-ion batteries. While EV batteries experience gradual battery degradation over time, many retain a significant portion of their capacity after reaching the end of their automotive life. Repurposing…
Queue Quicksand: Why Reform Can’t Wait The growing demand for renewable and distributed energy resources is colliding with a bureaucratic bottleneck: the interconnection queue. These queues, managed by grid operators such as independent system operators (ISOs) and regional transmission organizations (RTOs), are intended to ensure safe, reliable integration of new projects into the transmission and…
Powering Up – Introduction Direct current (DC) microgrid architectures are emerging as a transformative approach for powering commercial buildings, replacing or supplementing traditional alternating current (AC) systems. By employing DC power distribution, these systems streamline integration of renewable energy sources, battery storage, and advanced power electronics. Industry research, including studies from the National Renewable Energy…