Lumenilaire has developed smart LED technology that allows users to change the outdoor lighting colors for different seasons or occasions using a remote control. Their surface-mounted LED lights provide a full range of colors and dimming functions to create unique lighting environments. By using low-voltage LEDs, their systems have lower installation, maintenance, and energy costs compared to traditional lighting fixtures.
Wyndham Worldwide has partnered with Magnum Energy Solutions to implement energy efficient solutions as part of its Wyndham Green sustainability program. Magnum provides wireless, self-powered devices that reduce energy consumption through room occupancy detection and HVAC controls. The solutions have been proven in studies to significantly reduce energy usage and costs at hotels while advancing Wyndham's environmental goals.
Wyndham Worldwide has partnered with Magnum Energy Solutions to implement energy efficient solutions as part of its Wyndham Green sustainability program. Magnum provides wireless, self-powered devices that reduce energy consumption through room occupancy detection and HVAC controls. The solutions have been proven in studies to significantly reduce energy usage and costs at hotels while advancing Wyndham's environmental goals.
This document describes a touch dimmer switch circuit that uses a touch sensor to control the brightness of a light. A touch sensor is connected to an Arduino microcontroller which uses pulse width modulation to vary the brightness of a light bulb connected to a transistor. When the touch sensor is touched, the Arduino detects the change in state of the sensor and drives the light bulb at different brightness levels depending on how long the sensor is touched. The circuit provides a simple way to control light brightness with a touch sensor instead of a traditional mechanical dimmer switch.
The document discusses laser projection and the Magic Cube laser projection keyboard. It describes how laser projection works using laser diodes and how the Magic Cube in particular projects a virtual keyboard onto any surface using laser projection and motion detection technology. The Magic Cube connects via USB or Bluetooth, runs for up to 2 hours on a charge, and projects a condensed keyboard layout that detects key presses just above the surface. It concludes that laser projection allows communication between objects and can be used for illustrations or communication like with the portable Magic Cube keyboard.
This document discusses smart buildings and the technologies used within them. It defines a smart building as one that uses automated systems to intelligently control lighting, appliances, security, and more using a centralized network. Devices within a smart building can communicate with each other and be controlled remotely using voice commands, apps, or other inputs. Common smart building technologies allow for energy savings, lighting control, security features, home automation, and entertainment integration. The document provides examples of specific smart building products and components that make the automation possible.
Cubical is an Indian startup that was founded at the Indian Institute of Technology in Guwahati. They have developed a wireless and cost-effective home automation system that allows users to control lights, security cameras, curtains and other devices in their home remotely using a mobile app. Their system uses encryption and wireless devices that install behind switchboards without requiring rewiring of the home. It provides features like dynamic light control, power monitoring, security and remote access through a centralized control unit and wireless switches.
A one day symposium on zero/low carbon sustainable homes took place at The University of Nottingham on the 24th October, 2012. The event offered professionals within the construction industry a unique opportunity to gain added and significant insight into the innovations, policies and legislation which are driving the construction of zero/low carbon energy efficient homes both here in the UK and elsewhere in Europe. It explored solutions to sustainability issues “beyond” the zero carbon agenda. BZCH followed on from the successful ‘Towards Zero Carbon Housing’ symposium the University hosted in 2007. This event is part of the Europe Wide Ten Act10n project which is supported by the European Commission Intelligent Energy Europe.
Lumenilaire has developed smart LED technology that allows users to change the outdoor lighting colors for different seasons or occasions using a remote control. Their surface-mounted LED lights provide a full range of colors and dimming functions to create unique lighting environments. By using low-voltage LEDs, their systems have lower installation, maintenance, and energy costs compared to traditional lighting fixtures.
Wyndham Worldwide has partnered with Magnum Energy Solutions to implement energy efficient solutions as part of its Wyndham Green sustainability program. Magnum provides wireless, self-powered devices that reduce energy consumption through room occupancy detection and HVAC controls. The solutions have been proven in studies to significantly reduce energy usage and costs at hotels while advancing Wyndham's environmental goals.
Wyndham Worldwide has partnered with Magnum Energy Solutions to implement energy efficient solutions as part of its Wyndham Green sustainability program. Magnum provides wireless, self-powered devices that reduce energy consumption through room occupancy detection and HVAC controls. The solutions have been proven in studies to significantly reduce energy usage and costs at hotels while advancing Wyndham's environmental goals.
This document describes a touch dimmer switch circuit that uses a touch sensor to control the brightness of a light. A touch sensor is connected to an Arduino microcontroller which uses pulse width modulation to vary the brightness of a light bulb connected to a transistor. When the touch sensor is touched, the Arduino detects the change in state of the sensor and drives the light bulb at different brightness levels depending on how long the sensor is touched. The circuit provides a simple way to control light brightness with a touch sensor instead of a traditional mechanical dimmer switch.
The document discusses laser projection and the Magic Cube laser projection keyboard. It describes how laser projection works using laser diodes and how the Magic Cube in particular projects a virtual keyboard onto any surface using laser projection and motion detection technology. The Magic Cube connects via USB or Bluetooth, runs for up to 2 hours on a charge, and projects a condensed keyboard layout that detects key presses just above the surface. It concludes that laser projection allows communication between objects and can be used for illustrations or communication like with the portable Magic Cube keyboard.
This document discusses smart buildings and the technologies used within them. It defines a smart building as one that uses automated systems to intelligently control lighting, appliances, security, and more using a centralized network. Devices within a smart building can communicate with each other and be controlled remotely using voice commands, apps, or other inputs. Common smart building technologies allow for energy savings, lighting control, security features, home automation, and entertainment integration. The document provides examples of specific smart building products and components that make the automation possible.
Cubical is an Indian startup that was founded at the Indian Institute of Technology in Guwahati. They have developed a wireless and cost-effective home automation system that allows users to control lights, security cameras, curtains and other devices in their home remotely using a mobile app. Their system uses encryption and wireless devices that install behind switchboards without requiring rewiring of the home. It provides features like dynamic light control, power monitoring, security and remote access through a centralized control unit and wireless switches.
A one day symposium on zero/low carbon sustainable homes took place at The University of Nottingham on the 24th October, 2012. The event offered professionals within the construction industry a unique opportunity to gain added and significant insight into the innovations, policies and legislation which are driving the construction of zero/low carbon energy efficient homes both here in the UK and elsewhere in Europe. It explored solutions to sustainability issues “beyond” the zero carbon agenda. BZCH followed on from the successful ‘Towards Zero Carbon Housing’ symposium the University hosted in 2007. This event is part of the Europe Wide Ten Act10n project which is supported by the European Commission Intelligent Energy Europe.
This document describes a touch dimmer circuit built around the IC TT6061A. The circuit allows increasing the light intensity of incandescent lamps in three steps simply by touching a copper plate. It works by using the IC to trigger a triac that controls the lamp brightness based on how many times the plate is touched. Applications of dimmer switches include saving energy by reducing light levels, controlling mood lighting, and extending the life of light bulbs.
The FIBARO Wall Plug is an intelligent outlet adapter that is the smallest in the world. It allows users to remotely control connected electrical devices and monitor their power consumption from the FIBARO home automation system. The Wall Plug has a user-friendly design and easy plug-and-play setup without requiring tools. It provides real-time and historical energy monitoring of connected devices to help users reduce costs.
The home security system document describes a wireless home security system with a security panel that can connect to 99 sensors and has battery backup. The system has programmable security modes and zones, and sensors that are wireless, battery powered, and can detect different gases. It provides features like power and line failure indications, call forwarding, and battery level indicators for troubleshooting.
The document provides an overview of the Fibaro home intelligence system. It discusses how the system was developed to be the best home automation solution on the market, with an easy installation process. The Fibaro system uses small Z-Wave compatible modules that can be installed in existing wall boxes without modifications to the home. It also has apps for mobile devices that allow remote control of the system. The system is designed to be intuitive and put the user in control of their home automation.
The document describes a smart home system called FIBARO that provides various automation capabilities through devices that can be controlled remotely via a smartphone or tablet. Key features highlighted include automatically adjusting the home's temperature and lighting when waking up, being able to turn off appliances like an iron that were left on from a phone, and helping elderly or disabled people live independently through voice control of home devices. The system is presented as affordable, easy to install, and customizable to user needs.
The document describes several smart home products from Fibaro including the Home Center 2 hub, dimmer switch, relay switches, roller shutter controller, and their installation. The Home Center 2 is the fastest and most efficient hub that allows remote access and control of Z-Wave devices. The switches and controllers are small, support various functions like dimming, timers, alarm integration, and easy installation by replacing existing switches. Fibaro products aim to provide an intelligent home automation system through innovative yet easy to use Z-Wave devices.
The FIBARO system is presented as the leading home automation solution worldwide. It is described as more than just a home electrical system, but as a "trusted host" that will ensure user comfort and improve their lives. The system is made in Poland and uses Z-Wave wireless technology to control devices like lighting, heating, blinds, and electrical appliances. It is highlighted as providing safety, comfort, convenience, and savings through energy monitoring and automation capabilities.
The smart home represents a new paradigm that merges energy distribution and communications, connecting energy providers and users. Smart homes allow customers to monitor and control home appliances remotely using internet-connected devices. This gives customers more control over their energy usage and costs through real-time energy budgeting and demand response programs. The smart home is at the center of the emerging smart grid, which aims to make energy distribution more efficient and sustainable through advanced technology and two-way communication between utilities and consumers.
The document describes a smart lighting system that uses sensors and a microcontroller to automatically control lights based on occupancy and external light levels. The system uses a PIR sensor to detect movement and an LDR sensor to detect external light levels. An Arduino microcontroller processes the sensor readings and controls the lights through relays. A WiFi module allows remote control of lights through a mobile app. The system aims to save energy by automatically turning lights on when a room is occupied and off when unoccupied, factoring in external light levels. It provides mobility and remote control through an Android app using voice commands.
This document describes a student project on home automation. It presents a prototype that allows controlling home devices like lights and doors using an Android phone, laptop, or web application. The project was completed by 4 students for their Bachelor's degree. It implemented basic home automation functions like turning lights on/off and opening/closing an automated door. Control was achieved through Bluetooth on Android, serial communication on laptop, and Ethernet on the web app.
The document describes several smart home devices from oort including SmartLED light bulbs, SmartSocket outlets, SmartFinder item locators, and SmartLamp lamps. The devices can be controlled remotely via a mobile app, schedule automation, and integrate with the oort SmartHub for extended functionality and cloud-based control from anywhere. The oort system allows users to control their living environments for added convenience, safety, and energy savings.
Lutron SL-4010 Sound Level Meter
Sound Level Meter / Noise Meter / DB Meter
Model: SL-4010
Lutron – Taiwan
Key Futures:
* Frequency & time weighting meet IEC 61672 class 2.
* 35 to 130 dB, 3 ranges, Data hold.
* A frequency weighting, Fast time weighting.
* Size : 250 x 83 x 32 mm.
For more information, please contact us
ROnex International
47/2 Fazli Rabbi Road, Motijheel, Dhaka-1000. Bangladesh
Cell: +880 1811 155717, 01612 526665
E@mail: ronexbd@gmail.com, ronexbd@hotmail.com
Webs: https://ronexbd.wixsite.com/ronexbd
This multi-award winning building uses a combination of passive design elements, energy efficient heating, ventilation and air conditioning systems and a high
performance lighting control solution by mySmart. Due to the different operating requirements the lighting control solution is optimised to each of the unique spaces. Faced with this challenge the mySmart team chose a platform based around a
C-Bus operating system. This gives a lighting control solution that allows easy accessibility, versatility and tremendous reliability.
IRJET- Intelligent Lighting System for Classrooms and Mall using IoTIRJET Journal
This document describes an intelligent lighting system for classrooms and malls using IoT (Internet of Things). The system uses PIR sensors, an Arduino, relay modules, and an ESP8266 WiFi module to automatically turn lights on and off based on detected movement. It also uses an IR sensor to count the number of people entering and exiting a room. A mobile app is used to monitor and control the lighting system remotely. The system aims to conserve energy by more efficiently controlling lighting and reducing unnecessary use.
The document describes a flood sensor called the Fibaro Flood Sensor. It has a futuristic and compact design inspired by a water drop. It can detect floods and changes in temperature, and has additional functions like a tilt sensor, alarm siren, and temperature sensor. It is battery powered and maintenance free, and can integrate with alarm systems through wired connections.
The document discusses Home Center Lite, a small and affordable home automation controller from FIBARO. It can control up to 230 devices in a home and integrate various systems like security, lighting, appliances, and multimedia. The compact device allows users to remotely control and monitor their home from anywhere using a mobile app for increased convenience, energy efficiency and safety.
In this presentation, Vijaya introduces IoT and associated trends. Vijaya is interested in sensors and their applications in the home automation space.
The document is a product catalog for the FIBARO home intelligence system. It describes the FIBARO system as a complete home automation solution based on Z-Wave wireless technology. The system allows users to control connected devices remotely through apps. The catalog lists and describes FIBARO's devices such as sensors, controllers, switches and modules that make up the home automation system and can control lights, appliances, security systems and more.
The Fibaro RGBW Controller is an advanced wireless LED strip controller that controls 4 color (RGBW) channels. It has 4 analog sensor inputs that can connect various 0-10V sensors to control and automate the lighting based on sensor values. The controller provides millions of color options and can be configured and controlled through a smartphone app for intuitive lighting control and automation.
The document describes the Square D Powerlink G3 lighting control system. It features remotely operated circuit breakers in lighting panelboards that automatically switch lights off during unoccupied periods to reduce energy costs. The system requires no additional installation costs beyond mounting a standard lighting panelboard. It simplifies design and is fully code compliant.
The document describes the elka 700 Energy Gateway Thermostat, which controls a home's HVAC system and displays energy consumption. It provides a total home energy management solution with features like 7-day scheduling, remote control and monitoring of energy usage. The thermostat allows users to manage their HVAC system, create comfort zones, and save energy through efficient programming and temperature settings.
This document describes a touch dimmer circuit built around the IC TT6061A. The circuit allows increasing the light intensity of incandescent lamps in three steps simply by touching a copper plate. It works by using the IC to trigger a triac that controls the lamp brightness based on how many times the plate is touched. Applications of dimmer switches include saving energy by reducing light levels, controlling mood lighting, and extending the life of light bulbs.
The FIBARO Wall Plug is an intelligent outlet adapter that is the smallest in the world. It allows users to remotely control connected electrical devices and monitor their power consumption from the FIBARO home automation system. The Wall Plug has a user-friendly design and easy plug-and-play setup without requiring tools. It provides real-time and historical energy monitoring of connected devices to help users reduce costs.
The home security system document describes a wireless home security system with a security panel that can connect to 99 sensors and has battery backup. The system has programmable security modes and zones, and sensors that are wireless, battery powered, and can detect different gases. It provides features like power and line failure indications, call forwarding, and battery level indicators for troubleshooting.
The document provides an overview of the Fibaro home intelligence system. It discusses how the system was developed to be the best home automation solution on the market, with an easy installation process. The Fibaro system uses small Z-Wave compatible modules that can be installed in existing wall boxes without modifications to the home. It also has apps for mobile devices that allow remote control of the system. The system is designed to be intuitive and put the user in control of their home automation.
The document describes a smart home system called FIBARO that provides various automation capabilities through devices that can be controlled remotely via a smartphone or tablet. Key features highlighted include automatically adjusting the home's temperature and lighting when waking up, being able to turn off appliances like an iron that were left on from a phone, and helping elderly or disabled people live independently through voice control of home devices. The system is presented as affordable, easy to install, and customizable to user needs.
The document describes several smart home products from Fibaro including the Home Center 2 hub, dimmer switch, relay switches, roller shutter controller, and their installation. The Home Center 2 is the fastest and most efficient hub that allows remote access and control of Z-Wave devices. The switches and controllers are small, support various functions like dimming, timers, alarm integration, and easy installation by replacing existing switches. Fibaro products aim to provide an intelligent home automation system through innovative yet easy to use Z-Wave devices.
The FIBARO system is presented as the leading home automation solution worldwide. It is described as more than just a home electrical system, but as a "trusted host" that will ensure user comfort and improve their lives. The system is made in Poland and uses Z-Wave wireless technology to control devices like lighting, heating, blinds, and electrical appliances. It is highlighted as providing safety, comfort, convenience, and savings through energy monitoring and automation capabilities.
The smart home represents a new paradigm that merges energy distribution and communications, connecting energy providers and users. Smart homes allow customers to monitor and control home appliances remotely using internet-connected devices. This gives customers more control over their energy usage and costs through real-time energy budgeting and demand response programs. The smart home is at the center of the emerging smart grid, which aims to make energy distribution more efficient and sustainable through advanced technology and two-way communication between utilities and consumers.
The document describes a smart lighting system that uses sensors and a microcontroller to automatically control lights based on occupancy and external light levels. The system uses a PIR sensor to detect movement and an LDR sensor to detect external light levels. An Arduino microcontroller processes the sensor readings and controls the lights through relays. A WiFi module allows remote control of lights through a mobile app. The system aims to save energy by automatically turning lights on when a room is occupied and off when unoccupied, factoring in external light levels. It provides mobility and remote control through an Android app using voice commands.
This document describes a student project on home automation. It presents a prototype that allows controlling home devices like lights and doors using an Android phone, laptop, or web application. The project was completed by 4 students for their Bachelor's degree. It implemented basic home automation functions like turning lights on/off and opening/closing an automated door. Control was achieved through Bluetooth on Android, serial communication on laptop, and Ethernet on the web app.
The document describes several smart home devices from oort including SmartLED light bulbs, SmartSocket outlets, SmartFinder item locators, and SmartLamp lamps. The devices can be controlled remotely via a mobile app, schedule automation, and integrate with the oort SmartHub for extended functionality and cloud-based control from anywhere. The oort system allows users to control their living environments for added convenience, safety, and energy savings.
Lutron SL-4010 Sound Level Meter
Sound Level Meter / Noise Meter / DB Meter
Model: SL-4010
Lutron – Taiwan
Key Futures:
* Frequency & time weighting meet IEC 61672 class 2.
* 35 to 130 dB, 3 ranges, Data hold.
* A frequency weighting, Fast time weighting.
* Size : 250 x 83 x 32 mm.
For more information, please contact us
ROnex International
47/2 Fazli Rabbi Road, Motijheel, Dhaka-1000. Bangladesh
Cell: +880 1811 155717, 01612 526665
E@mail: ronexbd@gmail.com, ronexbd@hotmail.com
Webs: https://ronexbd.wixsite.com/ronexbd
This multi-award winning building uses a combination of passive design elements, energy efficient heating, ventilation and air conditioning systems and a high
performance lighting control solution by mySmart. Due to the different operating requirements the lighting control solution is optimised to each of the unique spaces. Faced with this challenge the mySmart team chose a platform based around a
C-Bus operating system. This gives a lighting control solution that allows easy accessibility, versatility and tremendous reliability.
IRJET- Intelligent Lighting System for Classrooms and Mall using IoTIRJET Journal
This document describes an intelligent lighting system for classrooms and malls using IoT (Internet of Things). The system uses PIR sensors, an Arduino, relay modules, and an ESP8266 WiFi module to automatically turn lights on and off based on detected movement. It also uses an IR sensor to count the number of people entering and exiting a room. A mobile app is used to monitor and control the lighting system remotely. The system aims to conserve energy by more efficiently controlling lighting and reducing unnecessary use.
The document describes a flood sensor called the Fibaro Flood Sensor. It has a futuristic and compact design inspired by a water drop. It can detect floods and changes in temperature, and has additional functions like a tilt sensor, alarm siren, and temperature sensor. It is battery powered and maintenance free, and can integrate with alarm systems through wired connections.
The document discusses Home Center Lite, a small and affordable home automation controller from FIBARO. It can control up to 230 devices in a home and integrate various systems like security, lighting, appliances, and multimedia. The compact device allows users to remotely control and monitor their home from anywhere using a mobile app for increased convenience, energy efficiency and safety.
In this presentation, Vijaya introduces IoT and associated trends. Vijaya is interested in sensors and their applications in the home automation space.
The document is a product catalog for the FIBARO home intelligence system. It describes the FIBARO system as a complete home automation solution based on Z-Wave wireless technology. The system allows users to control connected devices remotely through apps. The catalog lists and describes FIBARO's devices such as sensors, controllers, switches and modules that make up the home automation system and can control lights, appliances, security systems and more.
The Fibaro RGBW Controller is an advanced wireless LED strip controller that controls 4 color (RGBW) channels. It has 4 analog sensor inputs that can connect various 0-10V sensors to control and automate the lighting based on sensor values. The controller provides millions of color options and can be configured and controlled through a smartphone app for intuitive lighting control and automation.
The document describes the Square D Powerlink G3 lighting control system. It features remotely operated circuit breakers in lighting panelboards that automatically switch lights off during unoccupied periods to reduce energy costs. The system requires no additional installation costs beyond mounting a standard lighting panelboard. It simplifies design and is fully code compliant.
The document describes the elka 700 Energy Gateway Thermostat, which controls a home's HVAC system and displays energy consumption. It provides a total home energy management solution with features like 7-day scheduling, remote control and monitoring of energy usage. The thermostat allows users to manage their HVAC system, create comfort zones, and save energy through efficient programming and temperature settings.
DALI (Digital Addressable Lighting Interface) is an open standard lighting control protocol that provides flexibility and scalability for lighting control systems. It allows for individual control of luminaires as well as grouping and scene control. DALI systems offer energy savings through features like occupancy sensing, daylight harvesting, and load shedding. DALI provides a simple, versatile solution for digital lighting control through its single interface that can control all electronically ballasted light sources.
The Role and Disruptive Impact of Wireless Lighting Controls - Presented by B...Cindy Foster-Warthen
Lighting Controls play a key role esp. in connection with the new changing energy standards. Traditional and wired systems are often outside clients budgets. Wireless systems are emerging offering affordable accessible, often DIY controls. There are different wireless systems and protocols ranging from Zigbee to JenNetIP as well as mixed systems. We would like to give an overview on how they work, outline technological pro and cons, describe new functionalities and highlight how they go beyond the traditional lighting manufacturer approach. In addition many new personalized controls come to market in connection with the SmartHome. Lighting Controls are now accessible, affordable for everyone and not just for the high-end market. We like to give an overview over the current emerging systems and how they differ from legacy systems.
ECO Energy provides LED lighting retrofit solutions for commercial facilities. Their LED lights reduce energy consumption by 70-90% and typically pay for themselves within 3 years. ECO Energy guarantees minimum savings of 25% and monitors actual savings through real-time energy meters. Their LED lights can replace high-intensity discharge lights and include options for ballasts, lenses, distributions, and warranties.
Schneider Electric switches | Modular Switches Suppliers in VadodaraShreeLight Power
Shreelight Power - Schneider Electric, NEO Electric Switches suppliers in Vadodara. The NEO range of wiring devices and control systems is the ideal marriage of form and function.
DESIGN AND IMPLEMENTATION OF A WIRELESS SENSOR AND ACTUATOR NETWORK FOR ENERG...ijesajournal
This document describes the design and implementation of a wireless sensor and actuator network for monitoring home energy usage. The network includes energy measurement nodes that read the energy usage of connected appliances and report readings to a central server in real-time. The server displays readings through a visual interface, allowing users to understand usage patterns and reduce energy consumption. Users can also remotely power appliances on/off through the network to control energy usage. The system was designed and tested with two measurement nodes, one central server, and communication within 15 meters to allow inexpensive home energy monitoring and control.
The Helvar TK4 offers a simple, flicker-free lighting control solution for single channel applications using EL-sc and CHFC3 ballasts. Dimming from 100% to 1% is possible using a simple slider. Extended lamp life and reduced maintenance costs are achieved through Optimum Cathode Control.
29 9136 eee learning manuscript on power (edit lafi)IAESIJEECS
This paper manages the investigation of the control system and the down to earth utilization of electrical machines utilizing an android telephone in a Zigbee arrange. The framework measures the voltage and current parameters of electric gadgets and consequently sees the power devoured. The proposed framework is an adaptable framework which gives a proficient and successful control system from a remote area. The framework likewise concentrates on voice based control and in this manner spares the power cost of the purchasers. Alternate other options to zigbee are additionally examined in the paper.
This document describes three lighting control projects:
1. A streetlight tele-management system that controls lights over ZigBee and integrates a photocell and clock. It measures energy usage.
2. An autonomous network dimming system that uses minimal hardware to dim streetlights based on a time-dependent profile or motion sensors. It saves individual dimming profiles.
3. A lighting controller integrated with a UBlox GPS module. The developer established reliable I2C communication between the STM32 host processor and GPS module.
The document describes a smart touch panel system for home automation. The system uses sensors like temperature, light, and infrared sensors along with a Raspberry Pi microcontroller and TFT touch display. It has two modes: automatic and manual. In automatic mode, sensors control appliances like lights and fans based on temperature and light levels. In manual mode, a user can control appliances via the touch display without using sensor data. The system aims to replace outdated mechanical switches and allow remote control via a mobile app for improved convenience, safety, and energy efficiency compared to traditional switches. A prototype was created to demonstrate the concept.
The document introduces the Fluke Ti25 and Ti10 thermal imagers. It provides an overview of their key features and specifications. The Ti25 and Ti10 offer infrared and visual image fusion, intuitive menu navigation, voice annotation, and storage for thousands of images. They are designed for rugged use and include analysis software. The document explains applications of thermal imaging and how the Ti25 and Ti10 can help identify problems in electrical, mechanical, process, HVAC, and other systems.
This document describes a home automation system that allows users to control devices in their home from their mobile phone using Bluetooth. The system connects an Android phone to a microcontroller using a Bluetooth module. The user can then control electrical devices and appliances connected to relays through the microcontroller. This provides convenience and accessibility from anywhere. It also improves energy efficiency and security for homes.
iLumTech controls and sensors are designed for DALI installation, wired and as well wireless, with a manual or automatic control to satisfy the higest requriements of users.
Office buildings account for over 30% of total commercial building energy use. Schneider Electric delivers energy management expertise to help optimize energy consumption in office buildings. Their solutions can improve building operation and cut energy use by up to 50 kWh/m2 per year, enabling some buildings to achieve zero energy consumption. Tracking and analyzing energy use data is key to identifying savings opportunities and optimizing building energy efficiency over time.
This document describes three smart city services offered by EkoPLC:
1. EkoLUM allows remote monitoring and control of street lights to improve efficiency. It monitors light conditions and allows remote power off.
2. EkoCAR converts street light poles into electric vehicle charging stations, allowing increased revenue from energy use.
3. EkoCAM places IP cameras on light poles to offer video surveillance and sensor data as a new revenue stream by selling content to third parties.
Wyndham Worldwide has initiated the Wyndham Green program to promote corporate social responsibility and environmental sustainability. Wyndham selected Magnum Energy Solutions to provide wireless energy management solutions for its properties based on Magnum's ability to significantly reduce energy consumption and continued Wyndham's sustainability mission. Magnum offers self-powered, wireless solutions like keycard switches and occupancy sensors that control HVAC and lighting without wires or batteries. A pilot installation and rent-to-own program is proposed to purchase solutions for 2 rooms initially and expand across Wyndham properties.
Nanopower Semiconductor is a field of electronic technology that specializes in designing and manufacturing semiconductor devices and integrated circuits (ICs) with a focus on ultra-low power consumption.
Similar to Nanogrid - Sourcing Electricals and Lighting Magazine (20)
"IOS 18 CONTROL CENTRE REVAMP STREAMLINED IPHONE SHUTDOWN MADE EASIER"Emmanuel Onwumere
In iOS 18, Apple has introduced a significant revamp to the Control Centre, making it more intuitive and user-friendly. One of the standout features is a quicker and more accessible way to shut down your iPhone. This enhancement aims to streamline the user experience, allowing for faster access to essential functions. Discover how iOS 18's redesigned Control Centre can simplify your daily interactions with your iPhone, bringing convenience right at your fingertips.
Building a Raspberry Pi Robot with Dot NET 8, Blazor and SignalRPeter Gallagher
In this session delivered at NDC Oslo 2024, I talk about how you can control a 3D printed Robot Arm with a Raspberry Pi, .NET 8, Blazor and SignalR.
I also show how you can use a Unity app on an Meta Quest 3 to control the arm VR too.
You can find the GitHub repo and workshop instructions here;
https://bit.ly/dotnetrobotgithub
2. PRODUCT IN FOCUS
The Wonder
Switch
A switch with vast potential - lighting control,
N ANOGRID SWITCHES, THE
recipient of Red Dot Design
Award 2011, feature a unique
Z-wave-shaped button design, which
according to the manufacturer is inspired
energy management, temperature sensing, by the lines in traditional Korean
architecture and clothing. Besides, the
and more... switches feature built-in energy logging,
enabling users to monitor and manage
energy usage of any lighting load.
Also, the devices have built-
in temperature sensors, so that the
respective zones can be tied to a
home’s HVAC system thus, eliminating
the need for additional temperature
sensors. Other models feature Braille
for the visually impaired.
With the Nanogrid FDN2000 series it
is possible to create customised ambient
lighting throughout the building, while
still conserving energy and cutting costs.
It’s convenient and intuitive controls
allow the user to quickly power down
unoccupied areas, and eliminate the need
to search for lights and appliances that
have been left on.
As if this were not enough, the
remote lock feature gives even more
control to the user. Remote lock
overrides switch panels to cut power to
selected devices. And, whether at home
or away, the user has complete access to
the electrical network via the web and
smartphone controls. Energy monitoring
features help users to estimate costs for
specific devices and lighting fixtures.
These easy-to-use tools enable users to
locate areas of greatest consumption,
identify ‘always on’ appliances, and set
goals to slash utility bills.
This stylish and inspired wave-shaped
switch comes with interchangeable
face plates available in five colours,
while the LED indicators come in white,
blue, and green. n
Phone: +82 -70-7430-9307
Fax: +82 -2-302-9297
E-mail: contact@frostdale.com
Website: www.frostdale.com
SEL May-June 2011 13