Solar LED lighting
Innovative solution of advanced solar LED lighting
ENERGIZE Advanced Solar LED successfully addresses the following challenges:
- Theft – vandalism
- Insufficient production of panels in the winter months
- Deep discharge of battery
- Unfavorable working conditions
- Breakthrough of water
- Gas recombination of batteries
ENERGIZE Smart Solar LED controller successfully overcomes the following challenges:
- Large imbalance of panel production in the summer and winter period
- Deep discharge of battery
- Different lighting needs during the night depending on the period of the year
- Integrated motion sensor for additional energy savings in unfavorable working conditions
- Compatibility with all DC drivers with PWM management
System Components:
- PREMIUM-class solar panels, power 270Wp-360Wp, world’s leading warranty of power and mechanical durability
- Highly efficient LED lamp, power from 18W up to 50W, designed according to the necessary lighting conditions
- Energy storage in extreme temperature conditions using advanced TPPL technology, capacity from 50Ah to 200Ah
- Super-fast MPPT function for maximizing solar energy production during the day
- ENERGIZE innovative ECO Smart LED controller with integrated motion sensor. Software algorithm for smart light management depending on the light, time of year and battery charging state
- Software interface with license for bluetooth communication with system, monitoring and storage of all important parameters
- Pole and construction of premium class system with atmospheric impact protection, precise calculation of static, height 3m-8m
- Effective innovative anti-vandal protection of the entire system
- Fully wired and tested system ready for installation
Innovative ENERGIZE Smart Solar LED controller:
Energizes patented ECO Smart LED controller developed for special application in Solar LED applications. The smart controller has an algorithm of measuring the produced and consumed energy during each day, and based on the algorithm automatically creates a scenario of working during the night so that it consumes only the energy it has available with energy reserves for three days of work in bad weather conditions. It has an integrated motion sensor that further optimizes system operation and uses machine learning data to improve the algorithm for each site. Prevents deep discharge of the battery, optimizes the operation of the entire system, and enables the extension of warranty to the entire system.