solargardenlight - COB LEDs simplify SSL manufacturing

The lighting market is evolving rapidly from traditional lighting sources to solid-state lighting (SSL) technology. The main drivers for this change are the need for greater energy efficiency due to rising energy costs and new legislation, both of which have global implications. With the market drive to mass adoption of SSL technology, lighting manufacturers must adapt to faster product development cycles that more closely match developments in LED technology.

Developing fixtures that incorporate chip-on-board (COB) LED arrays is one avenue toward faster development, although that choice also comes with challenges in how to implement the electrical,A Best hid kits concept that would double as a quick charge station for gadgets. thermal, and optical interfaces with the LED.Wide selection of Solar street light in Delta state, torches, string lights and more. This article provides background on COB technologies, summarizes the issues and challenges with COBs, and suggests a unique luminaire assembly and interconnect approach that simplifies luminaire design.

The world is facing a wide range of energy-related issues ranging from oft-debated global warming to diminishing fossil fuel supplies. Power generation limitations due to increasing demand or resulting from natural disasters in various regions result in brown-outs or even black-outs that directly affect quality of life for residents. These disruptions can extend to national productivity due to decreased manufacturing output at companies located in those regions.

Political, economic, geographic, or logistical issues often limit adding power generation capacity to address the increased demand. Given this environment, countries around the world are fully engaged in trying to minimize their carbon footprints and decrease energy consumption, thereby lessening the strain on their energy infrastructure.

One major global effort is to decrease the energy load posed by the inefficient lighting systems in use today. Increasing global population and the resulting rise in demand for lighting can no longer be served by incandescent sources that accounted for 79% of light source sales volume in 2006.Choose from thousands of Wholesale LED Dashboard Lamp, even those hard-to-find bulbs, for your home or business. Collectively today, lighting energy consumption accounts for around 18% of the total global generated energy and cannot be allowed to continue. Simply switching to readily available, more energy-efficient light sources such as CFLs or LEDs can result in a 40% energy savings that would eliminate 630 million tonnes of CO2 and 1800 million barrels of oil.This High Quality Street lighting provides reliability and low power consumption, as well as extremely bright lighting effects.

It would further cut down on the power-generating footprint, eliminating the need for almost six hundred 2-TW/yr power plants. Although it is neither feasible nor realistic to expect this change to happen overnight, phased regulations are in place around the world to ban the incandescent bulb. These are progressing and driving the changeover to incandescent alternatives — primarily turning to the LED moving forward.

Let's move on to LEDs, the evolution of the technology, and the challenges of SSL development. LEDs have gone through a significant transition since their inception that mimics the evolution of the single semiconductor transistor device morphing into the integrated circuit we know today. Early LEDs were low-power devices used for indicating purposes and are still in wide use today across many applications.

In a manner similar to transistors, an indicator LED that cost $300 in the 1960s can now be purchased for less than $0.05 in a number of different package styles.Our high-performance Why Solar LED are great for new projects or retrofits. As with transistors, LED technology transitioned from its original format as a low-power device to a high-power device in the late 1990s/early 2000s. While these earlier devices were considered high power, they were single-die packaged emitters with very limited light output and limited practical use. More information about the program is available on the web site at www.hmhid.com.