ABB champions demand for smart and connected solar integration
At Intersolar 2019, ABB will showcase its connected sun-to-socket portfolio. Featuring the latest digital technology, ABB’s solutions have been designed to drive down system costs and deliver higher returns on investment for solar applications.
As a pioneering technology leader in digital industries, ABB will highlight its sun-to-socket solutions for the future of energy from Stand B2.210, as the company envisions and redefines solar through digitalization.
ABB will present a fully integrated portfolio to deliver greater performance, including new inverter solutions and Balance of System (BoS) components at the edge of technology. The company will also show medium-voltage packaged solutions for power collection and grid connection and storage technologies, along with ABB Ability™ smart digital monitoring and control solutions.
Giampiero Frisio, Head of ABB’s Smart Power Business line comments: “At Intersolar 2019, we want to provide customers with a complete 360° portfolio that enables them to scale-up, use emerging technologies safely and have the ability to deliver a resilient renewable energy system for future generations.”
Utility Scale Solutions
As part of the show program, the leading provider of smart solar solutions will unveil its latest PVS980-58 central inverter, which is shortlisted for the Intersolar Award 2019.
As one of the first on the European market to offer high-power capabilities, with plug and play integration to the power block, this pioneering inverter offers a unique hybrid cooling concept based on thermosiphon (patented) and forced air-cooling technology.
This development in PVS980-58 inverter technology delivers high performance, reliability and increased uptime and lifetime for large PV power plants. As well as being engineered with proven components, a compact and modular design, and supported by full lifecycle services from ABB, PVS980-58 balances system costs and improves Levelized Cost for Electricity (LCOE) for utilities.