PARALEX by Sustainable Energy Technologies is the system solution for installations using SUNERGY inverters with parallel architecture.  PARALEX offers the best energy yields, enhanced design flexibility, and optimum safety with three simple design elements. They include, the SUNERGY Low Voltage inverter, the heart of the system; ARALEX balance of system components optimized for parallel wiring used for fast and efficient installations; and solar panels connected in parallel for maximum energy production over system life.

Recently, the company partnered with tenKsolar to manufacture PARALEX enabled RAISWAVE solar PV system in Ontario, catering to Ontario's domestic content rules for sale within the Province.

“Energy storage for smart grids is an important part of Sustainable Energy's future," commented Brent Harris P.Eng, Chief Technical Officer of Sustainable Energy. "Based on our market research, we are satisfied that the PARALEX "GTES" technology enables materially higher bi-directional conversion efficiencies for grid tied energy storage at a much lower cost than any other technology in sight. The PARALEX™ "GTES" meets all the "smart grid" requirements for European including utility control over power factor and reactive power. It is market ready”

With its RAIS PV Module and Light-Smart reflectors, tenKsolar's RAISWAVE system produces more energy than conventional solar PV systems. Total energy output is up to 60 percent greater per square meter when comparing rooftop to rooftop. Facilitating improved use of available space, the RAISWAVE system does not penetrate and is highly shade tolerant. It also gets rid of snow better than traditional racking systems, the company stated in a press release.

Recently, the company announced that it facilitated dispatch control of distributed storage with lithium ion and lead acid batteries. With proven market-ready product platform, this improved voltage controls higher power quality and improved grid stability, the company stated. It caters to the evolving European demand for inexpensive, high-efficiency storage of solar power for on-site consumption, which is a gateway to distributed renewable energy in "smart grids" and "micro-grids".