Consumers are turning to residential renewables in significant numbers, driven by a desire to be environmentally conscious and a wave of high power prices. But turning green requires easy-to-use and, above all, safe technologies that meet expectations. Huawei has launched an updated residential solution that contains the modular-designed Smart String ESS and a new EV charger for both on and offgrid scenarios. This new energy storage system offers a top-down five-level safety protection and a built-in energy optimiser in a modular design concept, aiming to meet requirements for safety and secure. This free 1 hour webinar co-hosted with Huawei looked at the surging demand for residential solar-storage systems.

The proliferation of solar PV and other renewables is a cornerstone of the emerging new power system and, as a result, the solar industry has entered its fastest-growth period. This has become typified by surging demand for high-power PV modules that both produce more power and are more efficient than their predecessors. Providing a significant boost to power outputs, large-format modules have become a popular choice for customers the world over. Outdoor testing of modules is now providing empirical evidence of the benefits large-format modules produce, providing a crucial benchmark and invaluable data for customers to evaluate their module selection and procurement processes. In this PV Tech webinar, experts from TÜV Rheinland, CPVT and Trina Solar discussed how to ensure science based and precision testing under field conditions, how empirical data is collected and analysed during TÜV Rheinland and CPVT’s outdoor testing, the empirical data behind a 670W module’s ultra-high power, and more.

PV Tech and Kontron AIS co-hosted a 30-minute webinar exploring how new MES software can optimise PV manufacturing even as new technologies and manufacturing methods are adopted.

In this webinar, JinkoSolar has teamed with experts from TÜV Rheinland and Adani Green Energy to provide a technically-driven presentation to demonstrate TOPCon technology’s impact on LCOE and IRR metrics, while regional experts will also provide specific examples of the benefits n-type technologies can realise in specific environments. A roundtable discussion will follow our presentations, where members of our panel will share their valuable insights into the n-type transition and the ecosystem that is being established around it.

With the rapid development of renewable energy technologies, the proportion of solar, wind and other renewable energy in the electrical systems of countries all over the world is increasing. Accordingly, the demand for energy storage systems is also rising. At the same time, utility-scale energy storage systems face several issues and challenges, including high Capex costs, low energy output, low flexibility and safety issues. Sungrow's liquid cooled battery storage system is not only able to mitigate a number of the above problems, but is also able to provide a total system solution, from battery cabinets to MV transformers and from AC to DC coupling, to handle different applications across a range of scenarios. Sungrow and PV Tech hosted a webinar on the subject of using liquid-cooled battery energy storage systems in solar-storage projects.

The global PV market is entering a new era at an unprecedented speed, with the energy transition pushing demand for more efficient solar PV to new levels. The latest forecasts suggest that n-type will become the solar industry’s dominant technology by 2025, with investments in n-type manufacturing accelerating in tandem. For this webinar, ‘Solar Module Super League’ member JinkoSolar is collaborating with experts at TÜV NORD to produce a technically-driven PV Tech TechTalk webinar, helping you to fully understand how n-type modules can benefit utility-scale solar LCOE.

In this 30-minute webinar, PV tracker system supplier Soltec and consulting engineering firm Black & Veatch, provided an overview of the several considerations to be taken into account when making the decision to start construction of a PV plant and an understanding of how these can affect the bankability of the project.

The solar tracker market continues to mature at breakneck speed, with designs and component selections becoming ever-more complex in the pursuit of better project economics. But a more simplistic design could deliver a triple benefit of lower Capex, EPC and Opex costs. This webinar will set out the ideal single axis tracker design for utility-scale solar farms. The design leapfrogs from decades of experience, with a comprehensive understanding and attention to the three cost structures of Capex, EPC and Opx. Sun and Steel Solar has prototyped a single axis tracker designed to deliver up to US$0.03/W in real savings compared to existing single axis trackers on the market. That’s US$30 million for every gigawatt deployed.

Utility-scale solar is evolving, shaped by higher power modules and demand for increasingly lower levelised cost of electricity (LCOE). Those trends are also changing project requirements elsewhere, with inverters capable of delivering high power density and power capacity in strong demand. In this webinar, FIMER detailed how its innovative high-power, multi-MPPT string inverter and modular conversion solution can both meet those demands and transform the utility-scale solar sector for the better.

As the solar market continues to grow and become cost-competitive with fossil fuels in markets across the world, the industry’s focus has become one of ensuring the best possible levelised cost of electricity (LCOE) for each project. This equation, however, takes into account far more than just the cost or power of the modules and other components, and now the solar industry must learn to incorporate factors such as product reliability, mechanical load and overall system value to truly optimise LCOE and deliver a project that can stand up to the elements. In this webinar, Trina Solar and Fraunhofer ISE experts discussed the need to incorporate these values into project economics.