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 discusses how modular data center facility modules can provide lower cost, flexible capacity and predictable efficiency compared to traditional data center designs. Modular designs use standardized building blocks that can be combined to deliver power and cooling in pre-engineered, pre-fabricated modules. This approach allows for faster deployment, easier scalability and standardization that reduces costs compared to custom designed traditional data centers. The modular approach will make traditional designs obsolete due to advantages in addressing trends like increasing energy costs, dynamic IT loads and tighter regulations.
This document provides information on advanced lighting controls and mandatory control requirements for lighting systems. It discusses why lighting control is important, including user needs, legal codes, and energy efficiency. The document outlines mandatory control requirements from energy codes, including automatic shutoff controls, space controls, and occupancy sensor requirements. It also discusses control requirements for exterior lighting, additional controls for special applications, and considerations for green building projects. The document provides an overview of passive and active lighting control strategies and examples of sensor specifications and room layout diagrams.
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.
Telecom Argentina operates 4 datacenters with a total capacity of 80,000 square feet. The document describes Telecom Argentina's datacenter in Pacheco, which was constructed in 8 months according to world-class standards. It has redundant power and cooling systems to provide 99.99% availability. The Pacheco datacenter offers colocation services, connectivity, and managed services to business customers in Argentina and internationally from its secure, fault-tolerant infrastructure.
The document provides information on the Liebert GXT2 6 kVA and 10 kVA UPS systems. The Liebert GXT2 systems offer higher power capacities in smaller spaces through a true on-line double conversion design with integrated maintenance bypass. They are configurable for rack or tower installations and provide flexible output voltages for mixed load requirements. The Liebert GXT2 systems provide network equipment protection and power assurance in a compact package.
The document summarizes CommScope's Redwood intelligent lighting network solution, which offers a single platform to power, control lighting, and monitor environmental data. It reduces energy costs by an average of 75% and provides data on occupancy, temperature, and power usage. The system uses patented networking technology and low-voltage DC architecture to significantly reduce installation and commissioning costs.
The GRAFIK Eye 3000 Series control unit provides preset dimming controls for lighting. It allows setup and recall of four preset lighting scenes plus off using buttons. It can directly control many light sources or control others through power interfaces. Models are available to accept different input voltages and control two to six zones of lighting.
The document discusses how modular data center facility modules can provide lower cost, flexible capacity and predictable efficiency compared to traditional data center designs. Modular designs use standardized building blocks that can be combined to deliver power and cooling in pre-engineered, pre-fabricated modules. This approach allows for faster deployment, easier scalability and standardization that reduces costs compared to custom designed traditional data centers. The modular approach will make traditional designs obsolete due to advantages in addressing trends like increasing energy costs, dynamic IT loads and tighter regulations.
This document provides information on advanced lighting controls and mandatory control requirements for lighting systems. It discusses why lighting control is important, including user needs, legal codes, and energy efficiency. The document outlines mandatory control requirements from energy codes, including automatic shutoff controls, space controls, and occupancy sensor requirements. It also discusses control requirements for exterior lighting, additional controls for special applications, and considerations for green building projects. The document provides an overview of passive and active lighting control strategies and examples of sensor specifications and room layout diagrams.
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.
Telecom Argentina operates 4 datacenters with a total capacity of 80,000 square feet. The document describes Telecom Argentina's datacenter in Pacheco, which was constructed in 8 months according to world-class standards. It has redundant power and cooling systems to provide 99.99% availability. The Pacheco datacenter offers colocation services, connectivity, and managed services to business customers in Argentina and internationally from its secure, fault-tolerant infrastructure.
The document provides information on the Liebert GXT2 6 kVA and 10 kVA UPS systems. The Liebert GXT2 systems offer higher power capacities in smaller spaces through a true on-line double conversion design with integrated maintenance bypass. They are configurable for rack or tower installations and provide flexible output voltages for mixed load requirements. The Liebert GXT2 systems provide network equipment protection and power assurance in a compact package.
The document summarizes CommScope's Redwood intelligent lighting network solution, which offers a single platform to power, control lighting, and monitor environmental data. It reduces energy costs by an average of 75% and provides data on occupancy, temperature, and power usage. The system uses patented networking technology and low-voltage DC architecture to significantly reduce installation and commissioning costs.
The GRAFIK Eye 3000 Series control unit provides preset dimming controls for lighting. It allows setup and recall of four preset lighting scenes plus off using buttons. It can directly control many light sources or control others through power interfaces. Models are available to accept different input voltages and control two to six zones of lighting.
1) The document describes a smart card based toll gate automated system using an 8051 microcontroller. It includes a block diagram of the system and descriptions of the main components.
2) The system uses a smart card reader interfaced to a microcontroller to read information from a smart card and deduct toll amounts. A keypad is used to enter amounts. An LCD displays statuses and prompts.
3) Simulation results show steps to create and simulate the project in Keil uVision software, including selecting device components, building the project, and adding source files.
iWorx is an affordable and flexible web-based building management system for light commercial and residential buildings. It allows for remote monitoring and control of HVAC and other building systems through an internet-connected device. iWorx uses open communication protocols and pre-programmed controllers that integrate automatically with minimal setup or training. The scalable system provides energy monitoring and control from a single location or multiple sites to reduce costs while improving comfort and efficiency.
Green Constitutes provides renewable energy products and services including wind turbines, solar panels, energy management systems, and energy auditing. Their wind turbines use counter-rotating blades to efficiently capture energy even at low wind speeds. They also offer vertical axis wind turbines suitable for urban areas. Green Constitutes assists with developing wind farms and provides long term technical and commercial management of wind plants. In addition to renewable products, their energy management systems and auditing services help customers optimize energy efficiency and reduce costs and emissions.
This project aims to design an embedded irrigation control system that allows farmers to remotely control water pumps via SMS messages. The system uses a GSM modem to receive SMS commands and control an irrigation pump. This allows farmers to start and stop water pumps without being physically present, saving time, effort and resources. The system was implemented using an ATmega8 microcontroller, GSM modem, relay and other basic electronic components. It is powered by a 5V regulated power supply and allows farmers without literacy skills to easily operate irrigation from any mobile phone.
Industrial Process Management Using LabVIEWIOSR Journals
Nowadays process management is a tedious task in the industry. We plan to propose a LabVIEW
based intelligent multi parameter monitoring system designed using RS232 and Microcontroller aids in the
measurement and control of various Global Parameters. For data collection in the industry is a difficult task in
real time execution of events with industrial process control and automation. We proposed two slaves for
measuring various industrial parameters to monitor and control industrial process. Data acquired from each
slave is processed and sent to Master that compile data received from different slaves and send this information
to the system configured with LabVIEW platform. This enables us to view and track the online changes
encountered in the particular parameter of all the parameters. One of the main advantages of this proposal is, it
allows us to view all the parameter readings simultaneously on the front panel in LabVIEW. The Graph drawn
on the front panel keeps on tracking the changes on the parameter. The parameters supported by this project
includes: current, voltage, temperature, frequency, light intensity, logic switches, water level identifier, and
alarm. This Project can be implemented in any of the process industries where there is a need for Simultaneous
and fast acquiring of data and control
This document describes a home automation system that allows control of appliances like lights and fans from an Android mobile phone using Bluetooth. The system uses an 8-bit microcontroller with Bluetooth module to wirelessly communicate with the mobile phone. Home appliances are connected to the microcontroller board, which receives on/off commands from a mobile app to control the appliances. Feedback is provided on the device status by lighting LEDs on the microcontroller board. The system provides a low-cost way to automate home devices using a mobile phone over Bluetooth wireless technology.
SolarEdge Technologies provides next generation power conversion electronics that effectively remove the known system constraints across the photovoltaic energy space. Our Smart DC ASIC technology and active electronics enable cost efficiency and an increased production of clean, grid-ready energy. SolarEdge presents a unique, patent-pending distributed solar power harvesting system, comprised of the following elements:
SolarEdge Power Optimizer
The SolarEdge power optimizer is integrated into each module, replacing the traditional solar junction box. The SolarEdge power optimizers maximize energy throughput from each and every module through constant tracking of the Maximum Power Point individually, per module. Furthermore, the power optimizers monitor the performance of each module and communicate performance data to the SolarEdge monitoring portal for enhanced, cost-effective maintenance. When working with SolarEdge inverters, power optimizers automatically maintain a fixed string voltage, allowing optimal efficiency of the SolarEdge inverter and giving installers greater flexibility to design optimal PV systems.
The independent optimization (IndOP™) technology allows power optimizers to be installed without the need for additional interface hardware and to operate directly with any inverter.
Each power optimizer is equipped with the unique SafeDC™ feature which automatically shuts down modules' voltage whenever inverter or grid power are shut down.
SolarEdge PV Inverter
The SolarEdge Inverter is a highly reliable DC-AC PV inverter. Because MPPT and voltage management are handled separately for each module by the power optimizer, the inverter is only responsible for DC to AC inversion. Consequently, it is a less complicated, more reliable solar inverter. The fixed string voltage ensures operation at the highest efficiency at all times (>97% weighted efficiency) independent of string length and temperature.
SolarEdge PV Monitoring Portal
A web-based application provides module-level, string-level and system-wide monitoring. The solar monitoring software automatically provides alerts for accurate fault detection, localization and remote troubleshooting at the module level. Module performance is communicated across existing power lines, so no extra wiring is required.
Catalog thiết bị đóng cắt Fuji Electric - Molded Case Circuit Breakers BX Series
*********************************************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
The document describes a weather monitoring and control system for a greenhouse. Sensors measure parameters like temperature, humidity, light, and soil moisture. A microcontroller processes the sensor data and controls actuators like pumps, sprayers, and lights. The system aims to automatically control the greenhouse climate based on predefined thresholds to optimize plant growth and production.
This document summarizes a research paper that proposes an energy efficient flood monitoring system using wireless sensor networks. The system measures river and weather conditions using sensor nodes equipped with sensors like rainfall and water level sensors. An event-driven system is designed to support multi-rate sampling, improving energy efficiency. When events like rising water levels occur, sensor nodes switch to high data sampling rates and send alerts. The system was tested using two sensor nodes and results showed doubled node lifetime through multi-rate sampling. Additionally, an optimal path routing algorithm was simulated to further improve energy efficiency in data transmission.
why time synchronization is important in power generation, transmission and ...Mohd Amir
Meinberg products make frictionless power transportation possible. By accurately synchronizing your IT-Network and reliably monitoring your power line frequency
Report on Embedded Based Home security systemNIT srinagar
This document describes an embedded home security system that uses various sensors and components. The system uses an AT89S52 microcontroller along with an IR sensor, LCD display, GSM module, LEDs and other components. The IR sensor detects intruders and the GSM module sends alerts. It provides automated security monitoring and user authentication to prevent break-ins. The system is designed to be effective, practical and reasonably priced for home security.
This document provides an overview of Phoenix Contact's solutions for reducing costs associated with control panel design and assembly. It describes how Phoenix Contact's VARIOFACE Professional terminal blocks, interface modules, industrial cables, and power distribution modules can help achieve space, labor, and wiring cost savings compared to traditional control panel design. It also summarizes Phoenix Contact's offerings for PLC systems cabling, analog signal conditioning, motor starters, power supplies, switches, and wireless connectivity solutions and the benefits they provide for industrial applications.
1. APC and Datacentre UK are partnering to provide scalable and customizable data center solutions using APC's InfraStruXure architecture for integrated power, cooling, and management.
2. InfraStruXure allows customers to select standardized components to create a solution tailored to their needs, providing reliability and predictability while being customized.
3. APC's full product portfolio includes UPS systems, PDUs, cooling solutions, racks, and remote monitoring software to address all customer imperatives around controlling costs, adapting to change, maximizing uptime, and easy maintenance.
The AP 6511 wall plate access point can be installed in hotel guest rooms in minutes using existing CAT5/6 cabling. Its small size allows it to blend into any room décor. It provides powerful 802.11a/b/g/n WiFi coverage for up to 10 rooms from a single location. The AP 6511 is easy to deploy, self-optimizing, and can be centrally managed by network controllers.
The project aims to create a satellite receiver system to obtain images from NOAA weather satellites. The goals are for the system to be self-sustaining, remotely controlled, and able to receive NOAA APT images. The key components include an antenna, low-noise amplifier (LNA), software-defined radio (RTL-SDR), microcontroller, power system, and cooling system. Team members will work on different subsystems - the antenna, LNA, microcontroller, and power system. A schedule is outlined with milestones for the antenna, LNA, and power system designs. Risks include component failures, delays, and cost overruns. Contingency plans will be made to mitigate these risks.
Dtmf based appliances control system for rural and agricultural applicationsSa Saikiran
This document describes a DTMF-based system for remotely controlling appliances in rural and agricultural applications using a mobile phone. The system uses a DTMF decoder, microcontroller, and relays to operate devices when DTMF tones from a phone are received. It allows controlling electrical devices like bulbs and motors from anywhere through phone. The system has applications in industries and homes to control devices without being physically present. It saves electricity and provides wireless control, though it cannot display status and anyone knowing the number can access appliances. The project can be enhanced with high voltage control and remote monitoring with a camera.
This document discusses sustainability and quality lighting design. It defines sustainability as meeting present needs without compromising future generations' ability to meet their own needs. Sustainable design components include low energy use, renewable energy sources, recycled/recyclable materials, local materials, and responsible site selection. Quality lighting has three components - economics, human needs, and architecture. Some conflicts designers face include dark sky ordinances, color rendering, high lighting requirements, energy limitations, and balancing client and code requirements.
The document discusses NFPA 72 and NFPA 101, which provide minimum requirements for fire alarm systems and life safety from fire. NFPA 72 defines signal initiation, transmission, notification and annunciation for fire alarm systems to provide notification, summon aid and control safety functions. NFPA 101 aims to protect occupants not involved in initial fire development and improve survivability for those who are. It establishes requirements for visible signaling, including candela ratings and placement of strobes in corridors and sleeping areas. Synchronization of multiple appliances is also addressed.
Smart Lighting Market Research : A Global AnalysisBIS Research
The market for smart lighting and control systems have been broadly segmented by fixtures (LEDs and HIDs), controls, and data enables Services. The control market comprises of components such as relays and timers, actuators, sensors, and ballasts. The control segment is attracting market monoliths and smaller players alike, to propel the revenue generation.
Smart lighting fixture and control market finds base across a plethora of applications broadly segmented as Residential, Commercial, and Others. Commercial applications are poised to become the dominant revenue contributors through the forecast period, riding high on sub segments such as hospitality, retail, and office buildings. The market for smart street lighting is gradually picking up pace and is expected to account for the largest market revenue in the Other application segment in the industry.
This document discusses the benefits of LED lighting compared to traditional lighting technologies. It states that the LED lighting market is forecasted to grow significantly by 2012. LED lighting uses less energy and has a much longer lifespan than other options, leading to large energy savings and reduced maintenance costs over time. LED lights also produce less waste and lower carbon emissions, helping the environment. While the upfront costs of LEDs are higher, the document shows through calculations that the savings recoup the higher costs within 3 years, making LED lighting a good investment.
1) The document describes a smart card based toll gate automated system using an 8051 microcontroller. It includes a block diagram of the system and descriptions of the main components.
2) The system uses a smart card reader interfaced to a microcontroller to read information from a smart card and deduct toll amounts. A keypad is used to enter amounts. An LCD displays statuses and prompts.
3) Simulation results show steps to create and simulate the project in Keil uVision software, including selecting device components, building the project, and adding source files.
iWorx is an affordable and flexible web-based building management system for light commercial and residential buildings. It allows for remote monitoring and control of HVAC and other building systems through an internet-connected device. iWorx uses open communication protocols and pre-programmed controllers that integrate automatically with minimal setup or training. The scalable system provides energy monitoring and control from a single location or multiple sites to reduce costs while improving comfort and efficiency.
Green Constitutes provides renewable energy products and services including wind turbines, solar panels, energy management systems, and energy auditing. Their wind turbines use counter-rotating blades to efficiently capture energy even at low wind speeds. They also offer vertical axis wind turbines suitable for urban areas. Green Constitutes assists with developing wind farms and provides long term technical and commercial management of wind plants. In addition to renewable products, their energy management systems and auditing services help customers optimize energy efficiency and reduce costs and emissions.
This project aims to design an embedded irrigation control system that allows farmers to remotely control water pumps via SMS messages. The system uses a GSM modem to receive SMS commands and control an irrigation pump. This allows farmers to start and stop water pumps without being physically present, saving time, effort and resources. The system was implemented using an ATmega8 microcontroller, GSM modem, relay and other basic electronic components. It is powered by a 5V regulated power supply and allows farmers without literacy skills to easily operate irrigation from any mobile phone.
Industrial Process Management Using LabVIEWIOSR Journals
Nowadays process management is a tedious task in the industry. We plan to propose a LabVIEW
based intelligent multi parameter monitoring system designed using RS232 and Microcontroller aids in the
measurement and control of various Global Parameters. For data collection in the industry is a difficult task in
real time execution of events with industrial process control and automation. We proposed two slaves for
measuring various industrial parameters to monitor and control industrial process. Data acquired from each
slave is processed and sent to Master that compile data received from different slaves and send this information
to the system configured with LabVIEW platform. This enables us to view and track the online changes
encountered in the particular parameter of all the parameters. One of the main advantages of this proposal is, it
allows us to view all the parameter readings simultaneously on the front panel in LabVIEW. The Graph drawn
on the front panel keeps on tracking the changes on the parameter. The parameters supported by this project
includes: current, voltage, temperature, frequency, light intensity, logic switches, water level identifier, and
alarm. This Project can be implemented in any of the process industries where there is a need for Simultaneous
and fast acquiring of data and control
This document describes a home automation system that allows control of appliances like lights and fans from an Android mobile phone using Bluetooth. The system uses an 8-bit microcontroller with Bluetooth module to wirelessly communicate with the mobile phone. Home appliances are connected to the microcontroller board, which receives on/off commands from a mobile app to control the appliances. Feedback is provided on the device status by lighting LEDs on the microcontroller board. The system provides a low-cost way to automate home devices using a mobile phone over Bluetooth wireless technology.
SolarEdge Technologies provides next generation power conversion electronics that effectively remove the known system constraints across the photovoltaic energy space. Our Smart DC ASIC technology and active electronics enable cost efficiency and an increased production of clean, grid-ready energy. SolarEdge presents a unique, patent-pending distributed solar power harvesting system, comprised of the following elements:
SolarEdge Power Optimizer
The SolarEdge power optimizer is integrated into each module, replacing the traditional solar junction box. The SolarEdge power optimizers maximize energy throughput from each and every module through constant tracking of the Maximum Power Point individually, per module. Furthermore, the power optimizers monitor the performance of each module and communicate performance data to the SolarEdge monitoring portal for enhanced, cost-effective maintenance. When working with SolarEdge inverters, power optimizers automatically maintain a fixed string voltage, allowing optimal efficiency of the SolarEdge inverter and giving installers greater flexibility to design optimal PV systems.
The independent optimization (IndOP™) technology allows power optimizers to be installed without the need for additional interface hardware and to operate directly with any inverter.
Each power optimizer is equipped with the unique SafeDC™ feature which automatically shuts down modules' voltage whenever inverter or grid power are shut down.
SolarEdge PV Inverter
The SolarEdge Inverter is a highly reliable DC-AC PV inverter. Because MPPT and voltage management are handled separately for each module by the power optimizer, the inverter is only responsible for DC to AC inversion. Consequently, it is a less complicated, more reliable solar inverter. The fixed string voltage ensures operation at the highest efficiency at all times (>97% weighted efficiency) independent of string length and temperature.
SolarEdge PV Monitoring Portal
A web-based application provides module-level, string-level and system-wide monitoring. The solar monitoring software automatically provides alerts for accurate fault detection, localization and remote troubleshooting at the module level. Module performance is communicated across existing power lines, so no extra wiring is required.
Catalog thiết bị đóng cắt Fuji Electric - Molded Case Circuit Breakers BX Series
*********************************************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
The document describes a weather monitoring and control system for a greenhouse. Sensors measure parameters like temperature, humidity, light, and soil moisture. A microcontroller processes the sensor data and controls actuators like pumps, sprayers, and lights. The system aims to automatically control the greenhouse climate based on predefined thresholds to optimize plant growth and production.
This document summarizes a research paper that proposes an energy efficient flood monitoring system using wireless sensor networks. The system measures river and weather conditions using sensor nodes equipped with sensors like rainfall and water level sensors. An event-driven system is designed to support multi-rate sampling, improving energy efficiency. When events like rising water levels occur, sensor nodes switch to high data sampling rates and send alerts. The system was tested using two sensor nodes and results showed doubled node lifetime through multi-rate sampling. Additionally, an optimal path routing algorithm was simulated to further improve energy efficiency in data transmission.
why time synchronization is important in power generation, transmission and ...Mohd Amir
Meinberg products make frictionless power transportation possible. By accurately synchronizing your IT-Network and reliably monitoring your power line frequency
Report on Embedded Based Home security systemNIT srinagar
This document describes an embedded home security system that uses various sensors and components. The system uses an AT89S52 microcontroller along with an IR sensor, LCD display, GSM module, LEDs and other components. The IR sensor detects intruders and the GSM module sends alerts. It provides automated security monitoring and user authentication to prevent break-ins. The system is designed to be effective, practical and reasonably priced for home security.
This document provides an overview of Phoenix Contact's solutions for reducing costs associated with control panel design and assembly. It describes how Phoenix Contact's VARIOFACE Professional terminal blocks, interface modules, industrial cables, and power distribution modules can help achieve space, labor, and wiring cost savings compared to traditional control panel design. It also summarizes Phoenix Contact's offerings for PLC systems cabling, analog signal conditioning, motor starters, power supplies, switches, and wireless connectivity solutions and the benefits they provide for industrial applications.
1. APC and Datacentre UK are partnering to provide scalable and customizable data center solutions using APC's InfraStruXure architecture for integrated power, cooling, and management.
2. InfraStruXure allows customers to select standardized components to create a solution tailored to their needs, providing reliability and predictability while being customized.
3. APC's full product portfolio includes UPS systems, PDUs, cooling solutions, racks, and remote monitoring software to address all customer imperatives around controlling costs, adapting to change, maximizing uptime, and easy maintenance.
The AP 6511 wall plate access point can be installed in hotel guest rooms in minutes using existing CAT5/6 cabling. Its small size allows it to blend into any room décor. It provides powerful 802.11a/b/g/n WiFi coverage for up to 10 rooms from a single location. The AP 6511 is easy to deploy, self-optimizing, and can be centrally managed by network controllers.
The project aims to create a satellite receiver system to obtain images from NOAA weather satellites. The goals are for the system to be self-sustaining, remotely controlled, and able to receive NOAA APT images. The key components include an antenna, low-noise amplifier (LNA), software-defined radio (RTL-SDR), microcontroller, power system, and cooling system. Team members will work on different subsystems - the antenna, LNA, microcontroller, and power system. A schedule is outlined with milestones for the antenna, LNA, and power system designs. Risks include component failures, delays, and cost overruns. Contingency plans will be made to mitigate these risks.
Dtmf based appliances control system for rural and agricultural applicationsSa Saikiran
This document describes a DTMF-based system for remotely controlling appliances in rural and agricultural applications using a mobile phone. The system uses a DTMF decoder, microcontroller, and relays to operate devices when DTMF tones from a phone are received. It allows controlling electrical devices like bulbs and motors from anywhere through phone. The system has applications in industries and homes to control devices without being physically present. It saves electricity and provides wireless control, though it cannot display status and anyone knowing the number can access appliances. The project can be enhanced with high voltage control and remote monitoring with a camera.
This document discusses sustainability and quality lighting design. It defines sustainability as meeting present needs without compromising future generations' ability to meet their own needs. Sustainable design components include low energy use, renewable energy sources, recycled/recyclable materials, local materials, and responsible site selection. Quality lighting has three components - economics, human needs, and architecture. Some conflicts designers face include dark sky ordinances, color rendering, high lighting requirements, energy limitations, and balancing client and code requirements.
The document discusses NFPA 72 and NFPA 101, which provide minimum requirements for fire alarm systems and life safety from fire. NFPA 72 defines signal initiation, transmission, notification and annunciation for fire alarm systems to provide notification, summon aid and control safety functions. NFPA 101 aims to protect occupants not involved in initial fire development and improve survivability for those who are. It establishes requirements for visible signaling, including candela ratings and placement of strobes in corridors and sleeping areas. Synchronization of multiple appliances is also addressed.
Smart Lighting Market Research : A Global AnalysisBIS Research
The market for smart lighting and control systems have been broadly segmented by fixtures (LEDs and HIDs), controls, and data enables Services. The control market comprises of components such as relays and timers, actuators, sensors, and ballasts. The control segment is attracting market monoliths and smaller players alike, to propel the revenue generation.
Smart lighting fixture and control market finds base across a plethora of applications broadly segmented as Residential, Commercial, and Others. Commercial applications are poised to become the dominant revenue contributors through the forecast period, riding high on sub segments such as hospitality, retail, and office buildings. The market for smart street lighting is gradually picking up pace and is expected to account for the largest market revenue in the Other application segment in the industry.
This document discusses the benefits of LED lighting compared to traditional lighting technologies. It states that the LED lighting market is forecasted to grow significantly by 2012. LED lighting uses less energy and has a much longer lifespan than other options, leading to large energy savings and reduced maintenance costs over time. LED lights also produce less waste and lower carbon emissions, helping the environment. While the upfront costs of LEDs are higher, the document shows through calculations that the savings recoup the higher costs within 3 years, making LED lighting a good investment.
Custom-tailored lighting control allows you to change the mood of any area of your home to suit the occasion. With one press of a button you can create the ideal atmosphere you desire -- whether watching TV, dining or entertaining.
For example, press ‘Goodnight’ to turn all your lights off or ‘Pathway’ to light the way downstairs. Smart lighting control also contributes to a safe environment by linking with the security system to turn all lights on if uninvited activity is detected.
New construction or upgrade - let us create a lighting solution that is perfect for you.
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.
This document describes a project to control electrical appliances in a home remotely using a microcontroller and PC. A microcontroller like the AT89S52 is used to interface with devices via relays and receive commands from a PC through an RS-232 serial connection. The MAX232 chip converts signals between the RS-232 and microcontroller levels. Based on commands from the PC, the microcontroller can turn appliances on and off and send back status updates. This allows remote control and monitoring of devices for applications like smart homes and industrial automation.
The document discusses Siemens' Sentron 3WL air circuit breaker. It offers intelligent simplicity with modular design allowing use of standard configurations. It integrates switching, protection, metering and power management. The breaker is available in three frame sizes from 100A to 6300A. It offers cost savings through modularity, compact size, and high electrical life. Planning is easy with identical door cutouts across frame sizes. The breaker provides maximum safety through distinct ready-to-close indicators and other protections. It offers system solutions with communication capabilities and remote diagnosis via the internet.
The document summarizes the features and capabilities of Siemens' Sentron 3WL air circuit breakers. The breakers offer intelligent modularity across their range, integrated communication abilities, and user-friendly design features. They can monitor power systems remotely, provide real-time alerts and diagnostics, and optimize energy management. The breakers are compact yet powerful, safe, easy to plan and install, and offer high customization and retrofitting potential to adapt to changing power network needs.
The netLiNK Controls system is a wireless lighting control and monitoring system that allows property owners to remotely control and monitor site lighting and electrical devices without rewiring circuits. It uses a base station and wireless node switches to schedule lighting on and off times, reducing energy consumption by 50% or more. The system can monitor current usage of individual devices and send alerts if a lamp or ballast fails. It communicates via secure cellular and wireless mesh networks to control devices anywhere on a property. This allows it to retrofit into existing electrical systems and lower energy and maintenance costs with a typical ROI of less than 12 months.
The project aims to remotely control home appliances and systems using a cell phone interface. A microcontroller-based control module would receive instructions from a cellular phone over the GSM network. Key components include the AT89S52 microcontroller, ULN2003 Darlington transistor array, LM7805 voltage regulator, capacitors, diodes, resistors, relay, and BC547 transistor. The user can send an authentication code and function via SMS to control devices like lights and appliances from their phone.
The BACnet EMI SMART METERTM is a device that measures electrical energy consumption of an AC circuit or load and transmits usage data in real-time to be analyzed. It consists of a printed circuit board, current transformers or Rogowski coils for sensing current, and a communications board containing the BACnet interface. The data is read by standard BACnet software and supports monitoring and managing energy usage for commercial, industrial, and facility applications without expensive wiring.
The document provides information on pDRIVE frequency inverters and motors for efficient drive solutions. It discusses pDRIVE's experience, commitment to customers, product options, and focus on innovation. Key features of the pDRIVE MX eco, MX pro, and MX multi product lines are summarized. The document emphasizes pDRIVE's ability to provide customized system solutions and support.
CLOUD BASED NETWORK MANAGEMENT AND CONTROL FOR BUILDING AUTOMATIONAdeel Ahmed
A Complete Home Automation Solution
With the usage of Cloud, Technology users can access devices with any Available Network.
Freedom to Control Appliances with a Smart Phone, chrome extension, 3G, or even 4G.
Freedom to control the Intensity of appliances.
The active feedback system displays energy usage and costs in real-time.
Course Description: The course defines “Advanced Lighting Controls” and its deployment methods:, ”Wired”, “Wireless” or “Hybrid”. Other benefits of Advanced Lighting Controls such as how it benefits in the construction of “green” or “high performance building” are also discussed. Building owners, architects, engineers and building system specifiers are then introduced to the “cons” & “pros” associated with wired/wireless implementations. The course ends by showing system architectures that implement wired, wireless or hybrid type of lighting controls regardless of the protocols implemented. Learning Objectives: Upon completion of this course, participants will be able to: a. Define “Wired”, “Wireless” and “Hybrid” Lighting Controls; b. Identify the “cons” and “pros” associated with wired/wireless implementations; c. Evaluate the technologies & strategies that drive different implementations; d. Analyze system architectures that implement wired, wireless or hybrid type of lighting controls. Presented by Ross Eberlin
Product Marketing Manager, OSRAM Sylvania - ENCELIUM
5 Reasons You Need the Latest Generation of iPDURaritan
Raritan’s PX® intelligent rack PDU series offers more than just power distribution -- it’s a launch pad for real-time remote power monitoring, environmental sensors, data center infrastructure management, and so much more.
DETECTING POWER GRID SYNCHRONISATION FAILURE ON SENSING BAD VOLTAGE OR FREQUE...Pradeep Avanigadda
The project is designed to develop a system to detect the synchronization failure of any external supply source to the power grid on sensing the abnormalities in frequency and voltage.
There are several power generation units connected to the grid such as hydel, thermal, solar etc to supply power to the load. These generating units need to supply power according to the rules of the grid. These rules involve maintaining a voltage variation within limits and also the frequency. If any deviation from the acceptable limit of the grid it is mandatory that the same feeder should automatically get disconnected from the grid which by effect is termed as islanding. This prevents in large scale brown out or black out of the grid power. So it is preferable to have a system which can warn the grid in advance so that alternate arrangements are kept on standby to avoid complete grid failure.
The Druid 28LCD energizer uses Adaptive Power Technology (APT) to detect how much power a fence can accept without arcing or wasting energy. It maximizes power on the fence while minimizing false alarms. The energizer features a LCD display, two 3.7 Joule independently monitored zones, robust design for various sites, programmable alarm sensor mode, and optional keypads for remote control. It provides lightning protection, power saving mode, and walk test mode for fence testing.
The document describes the Gemini 3 remote terminal unit (RTU) platform for advanced feeder automation on electrical distribution networks. The Gemini 3 is a flexible RTU that incorporates new features allowing customers to build in flexibility and scalability to their network automation. It has a modular design that allows individual modules to be replaced or upgraded without recalibration. The Gemini 3 modules provide different functionality, including switch control, power supply, input/output, and a human-machine interface.
This document outlines a proposed smart home system with energy consumption monitoring and flood alert security features. It begins with an abstract describing how smart home systems can provide security and access control while allowing remote monitoring. The document then reviews the existing GSM-based system and its disadvantages before proposing a new WiFi-based system using sensors to detect intrusions and monitor things like temperature, gas leaks, water levels and energy usage. It provides block diagrams of the system components and interfaces. The proposed system is said to allow remote control of home appliances via mobile while minimizing energy use and costs.
This includes introduction to wireless lighting management, luminaire controller, sensors, switches and other devices, servers and gateways and how wireless lighting system works
The document summarizes WM Systems' intelligent street lighting solution. It features an M2M Industrial Router Control Box that centrally controls and monitors street lights via cellular connectivity. The router box uses relays to remotely power on/off lights on a scheduled or manual basis. It provides utilities with energy savings and maintenance advantages over traditional lighting systems.
The document provides information on Ingeteam's INGEDRIVETM family of low- and medium-voltage variable speed drives. It describes the drives' modular design, control system, power ratings up to 36 MVA, cooling options, safety features, communication capabilities, and applications in industries such as marine, oil & gas, metals, mining, and water & waste water. The document also includes specifications, dimensions, and type codes for some example drive models.
The document discusses Schneider Electric's self-healing solution for underground electrical distribution grids. The solution uses Easergy T200 control units installed at substations to enable peer-to-peer communication over an IP network. In the event of a fault, the units automatically isolate the fault and restore power to unaffected areas in under 30 seconds, improving reliability and reducing outage times for customers. The solution offers benefits like quick installation, cost-effectiveness, and scalability without needing additions to the distribution management system.
How to setup automation in your home. Utilizing various wireless communication interfaces like Bluetooth, Zigbee, RF etc. Based upon the requirement we need to use the required one. In some cases like to cover more distance we should not use Zigbee, Bluetooth, RF as they cover only 10metres so we should use another one like WiFi.Home automation is “The Internet of Things"…The way that all of our devices and appliances will be networked together to provide us with a seamless control over all aspects of our home and more. Home automation has been around from many decades in terms of lighting and simple appliance control, and only recently has technology caught up for the idea of the interconnected world, allowing full control of your home from anywhere, to become a reality.
Similar to Powerlink® G3 Lighting Control Systems (20)
Schneider Electric is a global specialist in energy management and security solutions that offers integrated solutions to make power safe and reliable, develop automation everywhere, improve energy efficiency, and manage facilities. They leverage global brands like Square D, Juno Lighting Group, Pelco, and APC to plan, construct, and commission industrial facilities to enhance safety, reliability, efficiency and productivity. Schneider Electric has the experts, products, and services to help manage the entire life cycle of industrial facilities.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Wiser home control allows users to integrate and control various smart home technologies through one centralized system. It provides seamless control of devices from any location using touchscreens, mobile phones, computers and more. Scenes can be created to automatically control multiple devices with one touch to create customized lighting, climate and entertainment experiences. The system aims to improve convenience, energy efficiency, security and situational awareness both when home and away.
Schneider Electric\’s PowerLogic is the worlkd's largest and most advanced range of software and meters for helping organizations understand and control energy-related cost, risk and opportunity>
This document provides an occupancy sensor selection guide for various applications such as private offices, restrooms, utility closets, copy rooms, and more. It describes and compares the features of wall switch, ceiling mounted, and wall mounted occupancy sensors that use passive infrared (PIR), ultrasonic, or dual technology detection methods. Specifications covered include voltage, load ratings, coverage areas, fields of view, adjustments, certifications and warranties. Installation locations and recommended sensor types are identified for different space types.
The document provides information about C-Bus home control systems. It discusses how C-Bus allows users to control various aspects of their home such as lighting, audio, temperature, and more with the touch of a button. It describes how lighting, audio, and temperature can be controlled throughout the home and gives examples of scenes that can be programmed like a "good morning" or "good night" scene. The document also discusses how C-Bus can be used to control and automate other elements like security systems, appliances, and pool equipment. Overall, the document promotes C-Bus as an integrated home automation solution that provides convenience, comfort, and energy savings.
1. Square D® Powerlink® G3
Lighting Control Systems
Lighting control solutions that save
energy, time, and space.
POWERLINK
2. Square D® Powerlink® G3 systems feature the robust,
proven Powerlink remotely operated circuit breaker. This proven
design provides long lasting rugged performance, rated to handle
the rigors of today’s harsh high-efficiency lighting loads.
BIG SAVINGS IN A SMALL PACKAGE
REDUCE ENERGY COST
Square D Powerlink G3 lighting control systems provide an immediate
return on your energy savings investment by automatically switching
lights Off during unoccupied periods. This means big savings and a
quick payback. Compared with other energy savings technologies,
a Powerlink control system can provide both a lower initial
capital outlay and greater energy savings.
NO ADDITIONAL INSTALLATION COST
Powerlink G3 lighting control systems are housed in the lighting
panelboard. No extra boxes to mount, relays to wire, or complex panel
schedules to decipher. Each Powerlink panel comes from the factory fully
assembled and tested. Installing a Powerlink panel takes no more time
than mounting a standard lighting panelboard.
DESIGN SIMPLICITY
Powerlink G3 simplifies a designer’s life by eliminating the need
to create special lighting schedules or to negotiate with the architect
over limited space constraints.
Powerlink G3 systems are also fully code compliant. Meeting today’s
energy codes, such as ASHRAE 90.1, requires a system that can be
easily adapted to meet many different requirements. Powerlink systems
have been designed to offer the utmost flexibility in meeting today’s
requirements regarding automatic shut-off, space controls,
and daylighting.
DESIGN INTEGRITY
A Powerlink G3 system is the only lighting control offering that is
Underwriters Laboratory (UL) Listed for use on today’s high fault
current systems. UL short circuit current ratings are available through
200,000 Amps providing the designer with the only choice in meeting
the requirements specified in the National Electrical Code® (NEC)
110-10. By specifying Powerlink G3, designers can comfortably rest
knowing that the product is fully code compliant.
3. Up to eight
panels can
be controlled
from a single
controller.
A self-contained power The intelligence of the
supply furnishes the power Powerlink G3 system
for remote circuit breaker comes from its micro-
switching and for the processor-based controller.
system's electronics. It processes many signals
that originate externally
from control devices, such
as switches or sensors,
or from its powerful
internal time scheduler
that switches breakers
according to predefined
daily schedules.
Innovative Square D Plug-on control bus strips
remote-operated circuit act as the bridge between
breakers combine the the circuit breakers and
protective features of the electronic control com-
conventional circuit break- ponents of a Powerlink G3
ers with the switching system. There's no compli-
functions of a contactor. cated, bulky control wiring
This eliminates the need or connectors to worry
for separate relays or about. The bus strips easi-
contactors and the ly attach to the panelboard
associated enclosures interior without any special
and wiring. With series fasteners or modifications.
connected ratings up to
200,000 RMS amperes,
Powerlink G3 circuit
breakers are designed
to handle today's and
tomorrow's high short
circuit current require-
ments. They're proven
to perform for 200,000
On/Off/On operations,
which far surpasses UL
requirements. The circuit
breakers are rated for
HACR, HID, and SWD
loads. Single-, two- and
three-pole versions
are available in ratings
up to 30A.
4. One size does not fit all. Your lighting control
needs are not the same as your neighbor’s;
your lighting solutions don’t have to be either.
Schneider Electric recognizes that requirements
vary among our customers. That is why we
have created four systems that can be
custom-tailored for you.
LIGHTING CONTROLS
FOR EVERY NEED
500 LEVEL SYSTEM 1000 LEVEL SYSTEM
Basic control for low-voltage Time-of-day control for meeting
switching applications today’s energy code requirements
Ideal for use in facilities where time-of-day control The low cost choice of designers looking
is being managed from a time clock or centralized to provide a code compliant installation.
building management system.
• Same basic features of a 500 level system
• Soft mapping for grouping branch circuits into
zones that can be operated as a common group. • Seven-day repeating electronic clock, temperature
Up to 64 independent zones can be configured compensated to minimize clock drift. Includes
for a single controller automatic daylight savings setbacks, leap year
correction, 32 special holiday periods,
• Eight input terminations for connecting local and automatic computation of sunrise/sunset times
control devices to operate individual lighting zones
• Sixteen independently configurable time
• Input timers to provide a timed override schedules, each having 24 separate on/off periods
capability to local control devices
• Sixteen input terminations for connecting local
• Blink notification to alert occupants control devices to operate individual lighting zones
of an impending ‘lights out’ command
• On-board event log (viewable through
• RS232/485 port for serial communications PCS software)
with other systems using industry recognized
Modbus protocol • Breaker run-time counters for tracking
burn-time on lighting fixtures.
Power supply mounts onto interior and occupies only three pole spaces.
5. Breaker status screen.
2000 LEVEL SYSTEM 3000 LEVEL SYSTEM
Fast Ethernet-based control for Web-enabled control for controlling and
managing a large lighting system managing the cost of the lighting system
Take advantage of your building’s existing Ethernet The 3000 level system forms the foundation for
backbone and its open architecture and share data a completely Web-enabled lighting control system.
between controllers at blistering speed. 2000 level From the convenience of a standard Web browser,
systems are ideal for larger commercial and industrial users can easily access information about the lighting
buildings where the information from a local control system, initiate overrides, or make a schedule
control device such as a photo sensor or switch change without having to modify the schedule in
is used to control branch breakers located in several each panel.
different panels scattered throughout the facility.
• Includes the same powerful features of
Enhances the capabilities of a 1000 level system a 2000 level system
by adding:
• Integral Web server to provide ready access
• 10BaseT port for peer-to-peer Ethernet to panel status and configuration screens
communications using Modbus TCP protocol
• Email alarm notification service for automatically
• Ability to share remote status (input commands, notifying assigned users of an alarm condition
time schedules, or zone states) with up to 255 through their computer e-mail program, pager,
other controllers or cell phone
• Remote source capability for mapping up to • Seamless coordination with Powerlink® network area
four local or remotely located sources (input controllers (NACs) to provide a host of special
commands, time schedules, or zone states) control capabilities including automatic load
with a single zone shed/restore, stepped dimming, demand control,
and integration with other equipment
• Network time synchronization service
for coordinating controller time reference • Extends functionality of Powerlink G3 system to
with a centralized timeserver communicate with Square D® Clipsal® devices
• Configurable alarm generator for tagging
non-responding breakers and other operational
parameters (viewable through PCS software)
NF300OG3 Controllers support 1OBaseT Ethernet communications.
Easily connect to your existing building network.
6. REMOTE MONITORING AND
CONTROL AT YOUR FINGERTIPS
Connectivity is the key to managing a lighting system. With Square D
Powerlink G3 critical information about the lighting system is always
available at your finger tips. With the click of a mouse, users can quickly
observe breaker status, the operation of the system, or make
configuration changes.
PCS software provides users with the convenience of configuring
a Powerlink system from a personal computer. PCS software further
provides an added level of comfort by providing an archive backup
of panel and system configurations. With PCS software, users have
immediate access to their lighting control system, whether their
computer is connected locally within the building, connected directly
to the system controllers front panel, remotely via modem, or via an
Ethernet connection.
For non-technical users, Web-enabled graphics provide information
in an easy to understand format. From the convenience of a standard
Web browser, users can switch lighting in their area or make schedule
changes without any technical knowledge of the lighting control system.