With more utilities requiring remote grid support features, Distributed Energy Resources (DERs) such as solar PV systems are more vulnerable than ever to cyberattacks. It is important for the solar industry to address this vulnerability prior to mandating nationwide site connectivity. As solar becomes a larger portion of the US energy mix, this weakness may play a key issue in national security if not addressed.

Durante este seminario se presentará en profundidad nuestra nueva gama de inversores string XGI en 1000V y 1500V, para proyectos en escala comercial y a gran escala. Usted obtendrá información sobre cómo mejorar el diseño, maximizar el ahorro en los costos de construcción y agilizar la puesta en marcha a través de la nueva interfaz inalámbrica, de su proyecto fotovoltaico.

Earlier this year, ISO-NE announced a new requirement to use grid support utility interactive inverters for PV projects in their territory. During this webinar, we will explore driving forces of these changes, what grid support functions are required and what they do, and what to look for when selecting an inverter.

Learn how to maximize cost savings in PV plant construction using 1500V string inverters, how clustering inverters could further optimize construction costs, and how to streamline commissioning through the new wireless HMI.

Not all components are created equal; hence not all inverters are created equal. When you apply this principle to every single part of your design, you end up with a premium quality product. This webinar will walk you through the quality processes of inverter design and how this effects the efficiency and cost of your entire PV system.

As the industry moves more towards string inverters for commercial applications, more and more manufacturers are supplying higher power inverters. This training will walk you through commercial design considerations when using high-power string inverters and the different applications for ground mount, rooftop and carport systems. This training will include installation details, string sizing, AC/DC connections, wiring needs, string combiners and monitoring.

Introducing the XGI 1000 Commercial String Inverter. The XGI 1000 was made in the USA with global components and backed by the Yaskawa quality standard. Tune into this informative webinar to learn about how the XGI can enhance your next PV project.

Yaskawa - Solectria Solar's Rule 21: Advanced Inverter Functions Have Finally Arrived webinar will explore UL1741 SA and how Rule 21 requirements will be implemented and their affect on the grid.

Este seminario de Yaskawa - Solectria Solar analizará nuestra gama de productos, desde inversores residenciales hasta inversores centrales para proyectos de gran escala.

Complying with NEC 2014 & 2017 690.12 Rapid Shutdown requirements can be an added complication to designing PV systems. By introducing the commercial rapid shutdown combiner, RSDCOM, and collaborating with Tigo to ensure compatibility between products, Yaskawa – Solectria Solar is able to provide simplified solutions tailored to your needs. This webinar will review product features, demonstrate the seamless integration with Yaskawa – Solectria Solar’s PVI 14-60TL inverters with RSDCOM and Tigo’s TS4-B Flex MLPE Modular Junction Box, and review best commercial design practices to achieve full compliance with rapid shutdown requirements.

Join us for a live webinar with CivicSolar & Yaskawa – Solectria Solar on June 21st, offered at 11:30am, 2pm and 5pm EST. This webinar will serve as a code compliance lesson with the updates on article 690. We will review the different solutions available for rapid shutdown compliance to keep solar to keep solar installers and end users safe. The quality and integrity of solar photovoltaic (PV) system components is essential to ensuring our industry continues to grow.

With the introduction of Yaskawa – Solectria Solar’s PVI 50TL & PVI 60TL three-phase transformerless string inverters, also came the availability of remote diagnostics and firmware upgrades with its improved communication system. The technology offers increased serviceability allowing for reduced downtime and site visits resulting in higher ROI. During this webinar we will review the communications for the PVI 23/28/36TL and introduce the improvements made for the PVI 50/60TL. This webinar provides valuable insight into the installation practices and benefits of both communication systems for Yaskawa – Solectria Solar’s best-selling three-phase transformerless string inverters, PVI 23/28/36/50/60TL.

Many inverters installed in the last 10+ years are now failing and are no longer protected by the original product warranty. With no possibility of extending warranty coverage due to manufacturers going out of business, system owners need a simple way to swap out obsolete inverters and maintain solar power production. Yaskawa – Solectria Solar has the answer: Solectria’s time-tested 600V central inverter line provides the simplest solution to replacing an existing inverter and restoring the site’s production to the highest level possible. This webinar will walk through case studies where Solectria has already provided inverter replacement solutions that have brought new life to an aging PV system and explain how you can do the same.

The solution to rapid shutdown for commercial three-phase, transformerless string inverters is available in the form of Yaskawa – Solectria Solar’s RSDCOM. This webinar will introduce you to the latest addition to Yaskawa – Solectria Solar’s growing product line of string combiners which offers a complete solution to NEC 2014 & 2017, Article 690.12, requiring commercial rooftop PV installations to de-energize DC conductors outside the PV array boundary. We will review the RSDCOM’s features, demonstrate the seamless integration with Yaskawa – Solectria Solar’s PVI 14-60TL inverters, and review best commercial design practices to achieve full compliance with rapid shutdown requirements.

Many inverters installed in the last 10+ years are now failing and are no longer protected by the original product warranty. With no possibility of extending warranty coverage due to manufacturers going out of business, system owners need a simple way to swap out obsolete inverters and maintain solar power production. Yaskawa – Solectria Solar has the answer: Solectria’s time-tested 600V central inverter line provides the simplest solution to replacing an existing inverter and restoring the site’s production to the highest level possible. This webinar will walk through case studies where Solectria has already provided inverter replacement solutions that have brought new life to an aging PV system and explain how you can do the same.

This webinar will highlight Yaskawa – Solectria Solar's DISCOM 1500, the newest combiner box and most reliable choice for Utility-Scale PV Systems. We will review product features, utility-scale design considerations and showcase the labor-saving advantages when using Yaskawa – Solectria Solar products.

The webinar will walk you through the PVI 3800-7600TL single-phase, transformerless inverters, data monitoring and additional options including the Rapid Shutdown Combiner for NEC compliance.

Webinar that will discuss as more PV projects come online, more utilities (ie. NGRID, HECO, XCEL, PEPCO, BGE, Indianapolis, etc) are looking for methods to mitigate temporary overvoltage from PV inverters. Yaskawa – Solectria Solar is an expert on this topic due to the effects it has on inverters.

Anti-islanding protection is a commonly required safety feature which disconnects the grid-tied PV inverters’ power production when the grid enters an islanded condition. With the number of utility companies requiring anti-islanding increasing, the information covered in this webinar is essential for PV system designers. During this webinar, Yaskawa – Solectria Solar will review a variety of scenarios where anti-islanding protection would be necessary and how to design your PV system to meet these requirements.

Yaskawa – Solectria Solar recently announced that premium features and options have been added to the DISCOM and ARCCOM string combiner lines. These combiners offer the highest reliability and design flexibility for large commercial and utility-scale PV designers. The premium features added to the DISCOM and ARCCOM satisfy the growing needs of PV system designers and reduce overall system cost and increase ROI. During this webinar, we will review these premium features.

Yaskawa – Solectria Solar will walk you through how to properly calculate the optimal PV string length and array size.

This webinar will introduce you to Yaskawa – Solectria Solar and their wide product line from standard setting solar inverters to innovative string combiners. Yaskawa – Solectria Solar’s inverters feature the highest efficiency and reliability rates in the industry, making their products some of the most competitive in the market today.

Este seminario de Yaskawa - Solectria Solar analizará nuestra gama de productos, desde inversores residenciales hasta inversores centrales para proyectos de gran escala.

Yaskawa – Solectria Solar will explore the primary considerations of achieving compliance with NEC 2014 for arc fault detection and rapid shutdown requirements. NEC 2014 has been widely adopted throughout the United States. Information in this webinar is also valuable for those having to comply with NEC 2011 arc fault detection requirements.

During this webinar, Yaskawa – Solectria Solar will take a look into the Decentralized MW Solution which packages our best-selling PVI 23/28/36TL three-phase string inverters with a combination of AC Panelboards, Switchboards, AC Disconnect Switches, Transformers, and our web-based monitoring solution, SolrenView. This in-depth look into the solution will discuss the differences between Centralized and Decentralized PV Installations, the details about each component and the various design considerations.

During this webinar, Yaskawa - Solectria Solar will walk through the Decentralized MW Solution, the latest addition to their versatile solution-based product line. The solution combines Solectria's three-phase transformerless inverters, AC panel board, transformer, and monitoring.

Yaskawa – Solectria Solar will explore the primary considerations for choosing the proper transformer(s) for your PV project. Information in this webinar is valuable to those who are specifying transformer(s) for their PV plant designs.

Yaskawa – Solectria Solar is the #1 commercial inverter manufacturer in the US today. Their PVI 23/28/36TL inverters have been deployed in all size systems. This webinar will cover these inverters and topics including: topology and design, ease of installation and service, safety codes and requirements, various options and monitoring capabilities.

Solectria – A Yaskawa Company will explore the primary considerations of achieving compliance with NEC 2014 for arc fault detection and rapid shutdown requirements. NEC 2014 has been recently adopted by Colorado. Information in this webinar is also valuable for those having to comply with NEC 2011 arc fault detection requirements.

This webinar will walk through Solectria's single-phase, transformerless PVI 3800-7600TL inverters including: installation details, string sizing, AC/DC connections, data monitoring, available options and how to use the inverters in parallel. In addition, Solectria's Residential Rapid Shutdown Combiner option will be included, which provides customers with a solution to NEC 2014 Rapid Shutdown and Arc-Fault Protection requirements for use with Solectria’s single-phase inverters. This webinar will give you first hand working knowledge from the experts on the simplicity and ease of installation for Solectria's residential inverters and and rapid shutdown combiner option.

During this webinar, we will discuss the process of choosing an inverter for all size arrays – from 3.8kW single-phase, transformerless inverters through 750kW three-phase centrals. We will also explain how to string size a PV array and discuss the technical details behind choosing an inverter for your array and the tools needed. This webinar is suitable for any distributor, EPC, project developer, integrator or installer interested in understanding this process.

In conjunction with Rexel, during this webinar we’ll explore the primary considerations of achieving compliance with NEC 2014 for arc fault detection and rapid shutdown requirements.

During this webinar, Solectria Renewables, in conjunction with Solar Power World, will explore the primary considerations of achieving compliance with NEC 2014 for arc fault detection and rapid shutdown requirements.