Optimizing the different parameters that influence bifacial gain with trackers
With the emergence of bifacial modules, tracker suppliers are in the process of figuring out the new optimal set-up with regard to tracker height, row spacing and tracking algorithms. The old paradigm of merely tracking azimuth position no longer applies.
In this webinar, we are joined by Soltec who believe they have a solution, and will share with you their expertise in tracking with bifacial modules. Colin Caufield, VP of Sales USA and Javier Guerrero, R&D Engineer PV from Soltec will present a summary of the results obtained from September 2018 to June 2019 at Soltec’s Bifacial Tracking Evaluation Center (BiTEC) in Livermore, California.
Can solar tracking algorithms alone provide the solution to minimize energy losses on difficult terrain?
As developers are looking to install on hilly sites and sloped terrain for new projects, some are depending on tracker algorithms as a cure-all for undulating topography. Join our webinar to find out what combination of steps can be taken to mitigate energy loss.
Design codes or due diligence – what’s easier to follow for wind resilient PV trackers?
In this pv magazine webinar we will discuss the necessity and complexity of establishing a bespoke wind design code for single-axis PV trackers. We will also clarify how project developers and asset owners can assess wind tunnel reports and validate findings.
Bankability on the track: Single axis tracker solution to improve wind stability
The three most important influence parameters to achieve the longest life cycle of a solar tracking system are standard structural design, corrosion and wind stability. Can the tracker system be bankable for 30 years? And how does the wind stability relate to reliability?
In this pv magazine webinar, we will assess the impact of wind stability on bankability, and deep dive into a solution to improve wind stability. Our webinar partner, IDEEMATEC will present their unique rope system as the solution, which increases reliability. The result: through structural measures the risk of torsional galloping is more or less eliminated.
Next step in PV system design – tools with cross-manufacturer input
Ensuring proper system design is key to installation success for rooftop solar PV project developers. K2 Systems says it streamlines the workflow with a new free software planning tool, automizing the planning process with information of different manufacturers in “cloud-based synchronicity”. In this pv magazine webinar, we explore the new feature.
Optimizar el rendimiento con módulos bifaciales combinados con seguidores
En este próximo seminario web de pv magazine, JinkoSolar presentará cómo se pueden utilizar los módulos bifaciales en grandes plantas solares, y analizará los factores que influyen en los sistemas de seguimiento para paneles bifaciales. La industria fotovoltaica mundial se encuentra actualmente en medio de un auge de la tecnología bifacial. Los módulos bifaciales permiten […]
Bifacial PV and tracking: The simulation and optimization of yield gain
In this upcoming pv magazine webinar, JinkoSolar will present the case for using bifacial modules in large-scale solar plants, and discuss the influencing factors and their impact on bifacial PV tracking. The global PV industry is currently in the midst of a bifacial boom. Bifacial modules enable the absorption of sunlight on the backside, thus […]
K2 presents new flat roof mounting system, support pad with a higher friction coefficient
During pv magazine‘s upcoming webinar, K2 Systems will present two recent PV developments designed for flat roofs: The aerodynamically optimized mounting systems, D-Dome V and S-Dome V. The V-geometry of the east-west mounting system has been designed to allow for expansion and contraction in rail orientation, which might occur as a result of the heating […]
