PV Powered PVP75KW Commercial Grid-Tie Inverter

The
PV Powered™ PVP 75 kW inverter sets the industry standard for
high reliability, ease of installation, and lifetime maintainability.

Their 20+ year
design-life of the PVP75KW grid-tie inverter is enabled by an array of new market-leading
reliability features, including bus bars for all power connections,
a sealed electronics module, and an instrumented cooling system.
The highly integrated system was designed to save commercial installers
time and money with load-rated AC & DC service disconnects,
certification for installation without a neutral conductor, cable
landing points sized for maximum NEC-compliant cables, and a well-planned
cable bending radius for top, bottom, and side cable entry options.

The PV Powered
PVP75KW commercial inverter offers best-in-class 96.6% peak efficiency
and a voltage window of 295-600 VDC. This is the widest operating
range with the lowest standard MPPT voltage of any three-phase inverter
in the industry. This provides exceptional stringing capability
with all PV modules currently available, including new thin-film
modules. Serviceability is enhanced by a modular design that divides
the inverter into easy-to-maintain sub-systems. AE backs all its
inverters with an industry-leading 10-year warranty and an unprecedented
optional 20-year warranty, plus the best service and support team
in the business.

• Designed for 20+ year operating life
• Smart Air Management™
• Low parts count reduces potential failure points
• Card cage circuit board system minimizes electronic interconnections

Exceptional Installability

• Bottom and side entry with generous bending area and oversized bus bar landings
• Large DC sub-combiner area with the industry's most flexible fusing options
• Full power output at 295 VDC enables more PV array design options
• Exterior mounting flanges for fast and easy anchoring with no pre-drilling

Easy to Maintain

• All maintenance and service via front access
• Fast change circuit board system shortens service time
• Load-rated AC and DC service disconnects
• Dedicated monitoring section separate from AC and DC modules