Get Fully Wired with Fronius @ Sydney - 20 CPD Points

Don't miss this two-hour crash course, where you'll master winning techniques to excel as a Fronius-trained installer!

Get Fully Wired with Fronius @ Sydney - 20 CPD Points

Date	1/05/2025
Address	The Oaks, NSW 2089 Neutral Bay , 118 Military Road
Duration	5:30pm to 7:30pm
Language	English
Max. Attendees	20
Costs	Free to attend

Don’t miss this incredible opportunity to learn from Patrick Pragasam and Daniel Byrne, our expert Fronius Sales Engineers, on Thursday 01 May, from 5:30pm to 7:30pm! Dive into the latest insights on our Fronius Solar Systems and gain essential skills for designing and installing top-tier solar solutions. This is your chance to elevate your expertise with a leader in the solar industry.

20 CPD points! Reserve your spot today and take your solar installation skills to the next level!

Event Details:

📅 Date: Thursday 01 May 2025

🕒 Time: 5.30pm - 7.30pm

📍 Venue: The Oaks, 118 Military Rd, Neutral Bay NSW 2089

 

Monitoring and Communication

Learn important information focused on installing solar system monitoring and associated functions such as export limiting, with relevance to Fronius products and the associated regulations. Learning objectives include:

• Using the Solar.web monitoring portal for technical analysis, monitoring and generating analytical reports
• Smart meter specifications and applications
• Smart meter settings and setup
• How to monitor 3rd party inverters on Solar.web
• Export limitation settings

Sector Coupling

Learn important information related to combining different parts of the energy sector within a solar system including hot water and other loads, as well as EV charging. Learning objectives will include

• Setting up the Load Management function to control different loads to switch on or off
• Setting up an Ohmpilot to divert power to hot water, including advanced temperature settings
• Setting up a Wattpilot to charge an EV based on different applications and the rules of different settings such as dynamic load balancing

Contact

ci-znexrgvat-nhfgenyvn@sebavhf.pbz