Assembly of Electrical Panel with busbarThree-phase Brazilian model
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Assembly of Electrical Panel with busbarThree-phase Brazilian model
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Electrical equipment, power supply and distribution systems, distribution boxes
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Visualize a robotic entity adhered to the wall, exhibiting a sleek combination of white and black tones. On the right side, an electric cable seamlessly connects to a plug, while a transparent compartment displays water, providing a glimpse of its fluid content. Adjacent to this, on the left, another compartment contains visible food supplies. Positioned in the middle is a black strip housing an electric panel adorned with various options, adding a touch of technological sophistication to this innovative robotic design.
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Visualize a robotic entity adhered to the wall, exhibiting a sleek combination of white and black tones. On the right side, an electric cable seamlessly connects to a plug, while a transparent compartment displays water, providing a glimpse of its fluid content. Adjacent to this, on the left, another compartment contains visible food supplies. Positioned in the middle is a black strip housing an electric panel adorned with various options, adding a touch of technological sophistication to this innovative robotic design.
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a photo of a power strip with a with an exaggerated amount of sockets
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Wiring diagram including DC motor, raspberry pi, battery, hc sr04, lcd display, l298 motor driver and spst switch
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concept art by otto schmidt of a large orrery. A far point of view of a large, fantastic, complex, mechanical aparatus with gears and levers which holds clear lenses and focuses and projects intense bright beams of sunlight onto a platform outdoors dominating and central to the image. show the whole machine in the image. To one side of the machine at the control panel
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concept art by otto schmidt of a large orrery. A far point of view of a large, fantastic, complex, mechanical aparatus with gears and levers which holds clear lenses and focuses and projects intense bright beams of sunlight onto a platform outdoors dominating and central to the image. show the whole machine in the image. To one side of the machine at the control panel
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Automobile core parts, car decomposition schematic, power system
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creation of a commercial flyer for the installation of photovoltaic panels
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creation of a commercial flyer for the installation of photovoltaic panels
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Chinese oil-immersed transformer，three phase， input voltage 10000V, output voltage 400V， picture
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(kolhaas:1.4)(snohetta:1.2) House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades (hdr:1.24)(wood:0.8)
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electrical engineering circuit board, with a color scheme of blue. style : futuristic
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electrical engineering circuit board, with a color scheme of blue. style : futuristic
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electrical engineering circuit board, with a color scheme of blue. style:futuristic width:396 height:1584
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electrical engineering circuit board, with a color scheme of blue. style:futuristic width:396 height:1584
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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