Carson, CA – October 17, 2017 – Solis Tek (OTCQB: SLTK), a vertically integrated technology innovator, developer, manufacturer and distributor focused on bringing products and solutions to commercial cannabis growers in legal markets across the U.S., announced today the availability of its lighting controller, which enables commercial growers to harness more control of their garden’s lighting environment, according to a press release.
“For nearly a decade, Solis Tek has led innovation in the cannabis lighting sector,” said Dennis G. Forchic, chief executive officer of Solis Tek. “The controller is the next step in our lighting evolution, enabling growers to take more control and customize their growing experience, which in turn increases yield, ROI and enables them to grow better.”
The Solis Tek Controller works with up to 300 lights at once and allows growers to manage multiple lighting cycles, located in different rooms/locations. Additional features include:
• Precise canopy temperature monitoring that can be connected to up to 25 sensors
• Customized sunrise and sunset options, enabling growers to run lighting cycles based on their plants’ unique needs
• Data analytics that track a garden’s events
• High temperature auto dim and shut off that automatically reacts based on room temperature
• Energy efficient cloud cover to mimic the true nature of the sun when full intensity light is not needed
Today, Solis Tek is recognized as a leading innovator in the cannabis lighting sector with the world’s top commercial growers utilizing the Company’s HID (high-intensity discharge) lights. Solis Tek was the first company to provide Ignition Control, which is designed to prevent surges and breaker overloads by igniting lamps one at a time based on load stability, and SenseSmart, which is a pre-ignition diagnostic check to ensure that the lighting system is safe and working properly.
Forchic continued, “The controller provides a level of versatility not found in any other product on the market, specific to cannabis or others crops. For example, if a grower wishes to run their lights on a 22-hour cycle versus a 24-hour cycle that is possible. Or, if their plants do not need a full intensity light during a particular period, they can create an environment which mimics a cloud passing by.”
