Tree House. Image: Courtesy of Fletcher Crane Architects
The first light switch has come a long way since its invention in 1884 by John Henry Holmes in Newcastle, England. Holmes' ingenious 'quick-break technology' transformed the way electricity was managed, ensuring safer and more efficient lighting control. Since then, switches evolved in both form and function, embracing diverse designs—from toggles and rockers to the LED-illuminated models and sleek touch sensors. The function of the switch has also broadened, allowing us to operate more than just light at our fingertips, revolutionizing the convenience of shaping our interior environments.
Barragán, Bofill, Graves, and Le Corbusier are architects renowned for their exceptional and sensitive use of color. In their approaches, color takes on an importance comparable almost to functionality, achieved through a nuanced and comprehensive perception of their context. But what is color? From a technical standpoint, it is a visual perception that arises from the interaction of light with our eyes and brain. However, when we explore its meaning on a more emotional and poetic level, it takes on a deeper significance. For Ricardo Bofill, color infuses life into architecture, while for Charles-Édouard Jeanneret, —better known as Le Corbusier—, it serves as a powerful tool to evoke emotions and create spatial illusions.
In 'Polychromie Architecturale' Le Corbusier argues that color is not only a decorative element but also a fundamental tool for creating environments and enhancing the functionality of architectural spaces. This idea, developed between 1931 and 1959, is articulated around a system composed of a range of colors, where each tone has its relevance and contributes to creating atmospheres that transcend mere architectural design. An example is JUNG's LS 1912 toggle switch range, which combines classic design with advanced control options and showcases the diverse hue variants of the 63 colors in Le Corbusier's color system.
https://www.archdaily.com/1021935/smart-and-retro-advanced-toggle-switches-harmonized-with-le-corbusiers-color-systemEnrique Tovar
Designing building control systems for smart, flexible, and sustainable spaces is becoming more complex due to the changing contemporary home requirements. Pushing towards smart homes, electrical engineering has generated numerous advances that have improved performance while enriching aesthetics and lowering environmental impacts. In line with these global trends, JUNG’s systems for modern building technology are continuously delving into new possibilities in all areas of modern electrical installation, such as switching and control. Showcasing smart sustainability, the temporary installation INVISIBLE is a space where electrical engineering explores the hidden advantages of connections.
Frames, inserts, modules - hundreds of individual elements from JUNG have successfully gone through the Cradle to Cradle certification process. The LS 990, LS CUBE, AS 500, A 550, A FLOW, A CREATION series from JUNG in white are now Cradle to Cradle certified. Image Courtesy of JUNG
Annually, 13% of the waste generated by humans is recycled, but where does the remaining 87% go? The combination of different types of waste is gradually filling the Earth’s oceans and landfills, leading to a negative impact on wildlife, the natural environment and human health. Within the large amounts of solid waste produced in developed cities, used electronics are a clear example of how materials can be efficiently managed after their life cycle ends. Understanding the behavior of these materials and resources before, during and after their useful life cycle has guided the search for new solutions, such as the Cradle to Cradle (C2C) methodology.
C2C proposes the design of products or processes that function as a healthy ecological system, where resources are efficiently managed in a cyclical way. By applying this methodology to electric appliances, JUNG has developed circular design strategies for their most-used switches and plugs for conventional and smart building technology, allowing them to be dismantled and reused when the product is no longer fit for use.
