ProSolar Power Station0 pages

GE
Power Conversion

ProSolar Power Station
Modular inverter – 1150–3000 kVA
An established and experienced supplier of
electrical systems for the wind industry, GE’s
Power Conversion business can help you
boost your system’s performance even as
global demands for efficiency continue to rise.
And, our customized turnkey solutions can
meet your needs for availability, efficiency,
flexibility, and grid stability.

Tailored electrical systems to meet your needs 
As an automation and drive specialist, GE offers
a wealth of expertise from our research & development and production activities in the areas of robust
industrial applications, power stations, rail and marine
systems. A leader in power electronics and dynamic
reactive power compensation, we work closely with
you to plan, produce, test and commission the
electrical system installation that best adjusts to your
needs. And, our logistics concepts can be adapted to
meet your precise requirements.
Features
• odular (1150-3000 kVA) for higher flexibility
M
• re-installed
P
• iquid-cooled system for a better sealed inverter
L
• lug and play system
P
Efficient and flexible – backed by
our experience
Part of GE’s ongoing power electronics technology
development, the ProSolar inverter systems, ranging
from 1150 kVA to 3000 kVA, build on our extensive
experience developing and installing more than
30 GW of converters for the renewable energy
industry. Thanks to their high level of modularity,

A ProSolar Power Station is pre-assembled and available in mobile containers

the standardized ProSolar inverters can be
adjusted to suit the installation configuration of your
photovoltaic power plant.
That flexibility extends to our outdoor applications,
where pre-assembled medium-voltage stations are
available in mobile containers. The scope of delivery
includes the inverters, the low- and medium-voltage
switchgear, and the medium-voltage transformer.
1,500 VDC capability
Solar panel technology is continually evolving to help
lower the cost of energy production. The next step in
this trend is the 1,500 VDC panel which, by increasing
the voltage level, enables higher output power
capability of up to 50 percent. This technology can
decrease system losses and balance of plant costs.