Fronius Tauro Eco 100-3-D
Phase 3
MPPT 1
PowerAcOut 100000 Watt
PowerDcIn 150000 Watt
Weight 120 kg
Description
SAVE COSTS THROUGH FLEXIBLE SYSTEM DESIGN
Thanks to the various options and possible combinations of the flexible Tauro and cost-effective Tauro ECO, not only does the robust project inverter guarantee a perfect system design, but it also significantly reduces BOS costs.
- Centralised and decentralised system designs possible
- AC Daisy Chaining makes it possible to chain together several inverters, saving on cabling and distributor boxes
- Integrated surge protective device saves additional components
- Time savings and simple installation thanks to a spacious connection area and direct terminal lugs
- Horizontal or vertical installation possible
MAXIMUM YIELDS THANKS TO INNOVATIVE COOLING TECHNOLOGY
Due to its innovative double-walled design and active cooling technology, the Fronius Tauro can be installed in areas with direct sunlight and still deliver maximum yields.
The active cooling technology:
- Protects sensitive power electronics against high temperatures
- Prolongs the life of the inverter
- Delivers high yields at ambient temperatures of up to 50°C
COST-EFFECTIVE AND ECOLOGICALLY SUSTAINABLE
The Fronius Tauro is an important step on the way to 24 hours of sun. Sustainability is the priority throughout the entire product life cycle of the Tauro.
The following facts speak for themselves: ·
- Replacing the power stage set avoids the need to replace the device
- Smart hardware design reduces the number of essential, additional components
- Longer service life thanks to the active double-walled cooling technology
Webinar: The commercial solar inverter for maximum yields
Find out everything there is to know about the robust and simultaneously smart inverter for commercial photovoltaic systems. We will give you an insight into the intelligent product design, the variety of options available, the flexibility in system design and the quickest service around.
https://www.youtube.com/watch?v=SKC9-F7h-BQ&t=6s
