The industry's first solar inverter with
embedded ZigBee connectivity wirelessly retrieves
SolarEdge's panel-level PV monitoring data
MINNETONKA, Minn. and HERZLIYA, Israel
(Feb. 17, 2010)- Digi International (NASDAQ: DGII)
and SolarEdge today announced their collaboration on full
connectivity solutions for photovoltaic (PV) systems, including
data harvesting from revenue-grade power meters, PV
inverter mesh networking and future interaction with the Smart
Grid.
Digi International’s vast range of wireless connectivity
solutions enables SolarEdge to improve the retrieval of inverter
and panel performance data from PV
systems. Among the solutions that are now available, SolarEdge
is using Digi’s XBee-PRO to provide the industry’s
first solar inverter with embedded ZigBee connectivity. SolarEdge
continuously collects data from each solar panel and transmits it
without added communication wires from panels to inverters. This
solution - providing wireless network and remote connectivity
between solar inverters - allows simple access to high-resolution,
performance-monitoring data.
“There are many limitations to wire line system
configurations, including higher failure rates, added costs and
labor, as well as compromised aesthetic appearance,” said
Lior Handelsman, vice president of product strategy at SolarEdge.
“Our collaboration with Digi has meant that we can now
overcome these challenges and has allowed us to offer a
comprehensive, robust and cost-effective solution, which simplifies
installation procedures and prepares system owners for future Smart
Grid interaction.”
A wire line communication between inverters is not ideal in many
situations, with particular difficulties connecting multiple
inverters in large commercial installations. At residential sites,
Ethernet cables and ducts are often required to gap between the
inverter and the remote router. By embedding ZigBee connectivity
into each inverter, Digi enables SolarEdge to create a self-healing
mesh network between all of the site’s inverters which
eliminates line of sight issues. The inverters can also be
easily connected to any local area network (LAN) using any ZigBee
equipped gateway with cellular, Wi-Fi or Ethernet connections, such
as Digi’s ConnectPort X gateways.
This distributed architecture approach also contributes to
higher reliability due to the lack of cables and connectors and
lower susceptibility to lightning hits, in addition to the reduced
costs related to cabling, ducting and labor.
For more information about Digi, visit www.digi.com. For
more information about SolarEdge, visit www.solaredge.com