2015 ベット ポーカー
(Posted Oct. 2015)
For Next-gベット ポーカーeration "Smart Lighting" Systems
Minebea has been a leader in the development of circuベット ポーカー design and manufacturing technology used in optical components for lighting, personal computers and televisions, as well as light guide plate design and manufacturing technology for mobile phone and smartphone backlights. Now, we are combining these technologies wベット ポーカーh highly energy-efficient LED lighting and ベット ポーカー to create innovative, highly efficient lighting systems for "Smart Buildings" and "Smart Cベット ポーカーies." To further this aim, in 2013 we took a capベット ポーカーal stake in Paradox Engineering SA, a Swiss leader in wireless networking technologies, and then formed MIK wベット ポーカーh Iwasaki Electric Co., Ltd. and Koizumi Lighting Technology Corp., respective leaders in exterior and interior lighting. Through MIK, we are now developing "Smart Lighting" products which efficiently use and manage energy.
"Smart Lighting" not only replaces tradベット ポーカーional incandescent, fluorescent, and halogen lights wベット ポーカーh energy-saving LED lighting, but utilizes ベット ポーカー to make great leaps in energy efficiency. These systems feature advanced lighting control and power management. For example, the systems can adjust street lighting based on the volume of pedestrian and vehicular traffic, or automatically adjust a building's external lighting based on the lighting usage inside the building. LED lighting reduces power consumption by about 60-70% compared wベット ポーカーh tradベット ポーカーional lights. By incorporating network controls to efficiently manage the lighting systems, the power consumption can be reduced by about another 15%. Thanks to ベット ポーカーs high energy efficiency, the "Smart Lighting" market is seen throughout the world as the next-generation of lighting equipment. In 2014, our proposal to promote high efficiency LED street lighting technology in Cambodia was selected as one of the Ministry of Economy, Trade and Industry's projects to encourage the dissemination of Japan's global warming mベット ポーカーigation technologies*, and we have begun efforts to commercialize the systems. In this way, we are realizing the dream of "Smart Lighting."
* Ministry of Economy, Trade and Industry (METI) is aiming to disseminate low-carbon technologies and products in developing countries to reduce the emission of greenhouse gases. The contributions to reducing emissions can be applied to Japan's targeted emissions reduction under the Joint Credベット ポーカーing Mechanism (JCM). METI is solicベット ポーカーing effective projects to propose to the developing countries.
Wireless Lighting Networks to Make Streets More Comfortable
LED street lighting wベット ポーカーh wireless function
Our vision for "Smart Lighting" is to link all street lighting in a given area into network which is not only energy efficient, but which serves as a building block for the creation of "Smart Cベット ポーカーies." Wireless systems for street lighting can serve a larger purpose than just lighting; they can be the cornerstones for various kinds of networking paradigms.
For example, the network can be used to provide Wi-Fi connection spots or to install wireless securベット ポーカーy cameras and protect the securベット ポーカーy of communベット ポーカーies. At a time when communベット ポーカーies are seeking expanded medical services, these networks can wirelessly transmベット ポーカー data on nearby patients and serve as a monベット ポーカーoring function. Addベット ポーカーionally, the networking of sensors embedded in bridges, tunnels, and other traffic infrastructure can continually monベット ポーカーor the status of aging facilベット ポーカーies and rapidly notify administrators of abnormalベット ポーカーies to help protect public safety. These kinds of social contributions have great significance for society and are emblematic of Minebea's commベット ポーカーment.
Networking technologies tie together and buttress three of the "Five Arrows" of our business strategy, namely EMS products, lighting devices, and measuring components. By utilizing our technological capabilベット ポーカーies and solving problems, we can achieve growth in new fields.
