Technology
Smart, powerful & reliable.
Enphase micro-inverters are the heart of every Paramount solar system. Based on a distributed architecture, this modular microinverter design means you can easily expand a system with more panels and battery storage as your needs grow.
Why invest in high quality solar technology?
The energy landscape in Australia is changing rapidly. Paramount systems are designed to adapt to what ever the future may bring while providing immediate advantages today.
Breakthrough tech captures energy even when there are clouds passing over the
solar array.
Built to withstand time & the elements
Smart Auto Updates
Enphase Solar is smart enough to update itself automatically over the internet to deliver the latest software, performance and new features.
Scale Easily
Enphase Solar is built on a distributed architecture platform. This modular microinverter design means you can quickly and easily expand your system as your needs grow and add battery storage.
Water Proof
Enphase Solar is a NEMA 6 rated, which is the highest water proof and dust seal rating meaning it can endure just about anything Mother Nature send it’s way.
Extreme Heat
Enphase micro inverters are designed to operate under extreme heat and provide superior energy yields with an ambient temperature rating up to 60 deg C.
AC Module
Design
Smarter
Safer
Specifically designed as an AC Module for maximum energy yield
Start Up Voltage
22 V
Designed to increase the operating window.
Conventional system startup can be as high as 150v.
Technology Comparison
Enphase Energized
Flexible Design
No string sizing
Multiple configurations
All-AC design
Easier Installation
Simple All AC installation
No mounting a string inverter
Greater Productivity
In independent studies, Enphase produced up to 3.1% more energy
Higher Reliability
No single point of failure
String Inverters
Rigid Design
String sizing
Minimum system size is 8 panels
DC and AC design required
Complex Installation
Added complexity with DC and AC
Design changes in field are difficult
Lower Productivity
Productivity varies by string length
Less Reliable
Inverter is a single point of system failure
String Inverters DC Optimizers
Rigid Design
String sizing
Minimum system size is 8 panels
DC and AC design required
Complex Installation
Added complexity with DC and AC
Design changes in field are difficult
Lower Productivity
Productivity varies by string length
Less Reliable
Inverter is a single point of system failure
