Enecsys offers 360W dual micro-inverter that maintains individual MPPT

March 7, 2011
Facebook
Twitter
LinkedIn
Reddit
Email

Enecsys has launched the ‘Enecsys Duo micro-inverter,’ claiming it is the world's highest power density micro-inverter with dimensions of 262 x 160 x 35mm. Designated the SMI-D360W-72, it is designed to reduce system costs whilst supporting fully independent power point tracking of two connected photovoltaic modules.

Problem

This article requires Premium SubscriptionBasic (FREE) Subscription

Try Premium for just $1

  • Full premium access for the first month at only $1
  • Converts to an annual rate after 30 days unless cancelled
  • Cancel anytime during the trial period

Premium Benefits

  • Expert industry analysis and interviews
  • Digital access to PV Tech Power journal
  • Exclusive event discounts

Or get the full Premium subscription right away

Or continue reading this article for free

Systems suffer from dramatic reductions in output when modules are mismatched or when one PV module, or part of a module, suffers from lower output due to shading caused by trees, chimneys or debris on its surface. These are some of the most significant problems in conventional systems employing string inverters.

Solution

When adopting the Enecsys micro-inverter solar PV architecture, systems do not suffer from dramatic reductions in output. The DC power generated by the two modules is converted into a single, grid-compliant AC output. System layout and planning is simplified and installation time and costs are reduced because only half the number of micro-inverters is needed for each system. Solar PV systems using the Enecsys Duo will have comparable capital costs to those using string inverters but are claimed to deliver 5% to 20% more energy. The degree of improvement in energy harvest depends on the installation configuration and the operating environment. Solar modules connected to the Enecsys Duo do not need to be matched or be located on the same plane. They can be oriented in different directions to maximize usable roof space without impacting overall system performance.

Applications

Residential and small-scale industrial PV module installations.

Platform

The Enecsys Duo micro-inverter has 95% peak efficiency and 93% Euro efficiency. The Enecsys Duo micro-inverter is based on the same patented technology employed in other Enecsys micro-inverters and maintains full performance from -40 degrees C to +85 degrees C. Reliability has been verified using HALT, HASS and accelerated life tests to IEC61215, the same methodology used to test solar PV modules. The Enecsys Duo comes with a 20-year limited warranty.

Availability

Available in Europe.
 

Read Next

February 10, 2026
WGEH has signed a Feasibility Phase Agreement to advance Stage 1 development of its 70GW renewable energy project in Western Australia.
February 9, 2026
The US federal government has withdrawn its appeal against a US Court of International Trade (CIT) ruling to retroactively collect two years of tariffs on imported solar panels.
February 9, 2026
Strike prices for solar PV in upcoming UK Contracts for Difference (CfD) allocation have been forecast to be around £63-68MWh (US$86-93MWh), according to trade body, Solar Energy UK (SEUK).
February 9, 2026
The European Investment Bank (EIB) is planning to provide dedicated support to European solar inverter manufacturers amid a call for greater energy security and strategic autonomy.
February 9, 2026
Solar manufacturer United Solar has launched a polysilicon manufacturing facility in Oman, adding 100,000 metric tons of annual production capacity.
February 9, 2026
Global electricity demand is set to grow 2.5 times as fast as overall energy demand by 2030, ushering in what the International Energy Agency (IEA) has dubbed the “Age of Electricity”.

Upcoming Events

Upcoming Webinars
February 18, 2026
9am PST / 5pm GMT
Solar Media Events
March 24, 2026
Dallas, Texas
Solar Media Events
April 15, 2026
Milan, Italy
Solar Media Events
June 16, 2026
Napa, USA
Solar Media Events
October 13, 2026
San Francisco Bay Area, USA