LED LIGHTING

LED lighting technology is the future of lighting technology. Suncore proudly partners with parent company San’an, a world leader in LED technology, to provide affordable LED lighting solutions for cities around the world. Leading the industry with state-of-the-art LED technology, Suncore can provide energy solutions from LED chips to fully integrated lighting systems.

San’an’s S Series LED Street Light can illuminate any city, creating sustainable lighting solutions for safety while incorporating a visually appealing module. The core of the streetlight system is based on the high-performance and proven reliability of the S Series LED module, which ensures a modular and maintainable street light system.

VERTICAL FARMING

The most progressive concept in urban agriculture, vertical farming is pioneering the growth of sustainable vegetables, fruits and plants in stack-able shelving units – all within small to large buildings or warehouse spaces. Vertical farming is becoming the new frontier of farming, as agricultural technologies, such as hydroponic and aeroponic, are combined with the latest state-of-the-art LED grow lights and green house environmental controls.

As world populations continue to grow, vertical farming is the future of agriculture: Year-round production, no crop seasons. No weather related crop failures. No need for pesticides, herbicides or fertilizers. Better resource control and water conservation. Better oversight of food safety and security. Strategically designed crop growing environment, implemented and controlled by the urban farmer for success.

SOLAR CHP

Multi-junction solar cells use multiple solar cells each stacked on top of one another. Each of these solar cells in the stack are tuned to a specific wavelength of light to maximize the conversion efficiency of incoming light into electricity. The conversion of a wider solar spectrum into electricity is key to gaining higher solar cell efficiencies. Conventional single layer silicon solar cells will never be as efficient as a multi-junction semiconductor. Currently, most multi-junction concentrator solar cells consist of 3 cells but scientists are currently working on 4 and 5 junction solar cells to reach even higher efficiencies. It is forecasted that we will be able to use 50% efficient multi-junction solar cells in CHP systems by 2020!