“Bryte-Light helped us reduce install time by 40% on a 100,000 sq ft campus
project.”
What are the benefits of choosing connected lighting and controls?
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Benefits include:
How can connected lighting be used to enhance creative design?
Connected lighting enables creativity in design by offering features like tunable white dimming and architectural dimming with RGBW options. This flexibility allows for customized lighting scenes and enhances the ambiance of a space.
Do all luminaries have to come from a single brand for connected lighting?
No, we offer a wide range of lighting fixtures from various manufacturers. All the components, hardware, and software have been tested with each other to optimize performance.
What kind of integrations does connected lighting offer?
The system supports functionality capabilities such as adjusting lighting levels, color temperature, and power consumption.
How does connected lighting improve energy efficiency?
Connected lighting systems utilize LED technology, which is inherently energy efficient. This can lead to a 75% or greater reduction in operating costs compared to traditional AC-powered lighting systems.
How does connected lighting handle emergency lighting?
The system ensures emergency lighting is always operational by automatically testing and reporting its status, providing peace of mind that the system will function when needed.
Why is connected lighting easier to install than other types of lighting?
Connected lighting controls require less complex and cheaper wiring compared to line-voltage systems. This simplifies the installation process. And its compatibility with a wide range of LED lighting fixtures provides more options.
Lighting controls are systems or devices used to manage and regulate the intensity, color, and timing of artificial lighting in a space. They can enhance energy efficiency, improve ambiance, and provide convenience.
The most common types of lighting controls include:
When these drivers or controllers are mounted externally then additional labor effort is required for this installation and associated sensor mounting. This cost adds linearly with the total luminaire count in the space. With luminaire integrated drivers & sensors, the labor effort is limited to physical installation of the luminaires, therefore, there is no additional cost involved for sensor and driver installation.
When these nodes or controllers are mounted externally then additional labor effort is required for this installation and associated sensor mounting. This cost adds linearly with the total luminaire count in the space. With luminaire integrated nodes & sensors, the labor effort is limited to physical installation of the luminaires, therefore, there is no additional cost involved for sensor and node installation.
Wireless lighting controls are systems that use Bluetooth or other wireless technologies to communicate between control devices and lighting fixtures. This eliminates the need for physical wiring between the controls and lights.
Wireless systems simplify installation by removing the need for cabling, which can be complex and costly. Maintenance is also easier since adjustments or repairs do not involve disrupting physical wiring.
Yes, wireless systems are designed for flexibility. You can adjust settings without needing to rewire, making it easy to adapt to changing requirements.
Wireless lighting controls are highly scalable. You can start with a basic setup and expand as needed, accommodating growth over time, as needed.
Wireless lighting controls can seamlessly integrate with existing BMS, allowing for a unified management approach that includes HVAC, security, and other critical systems. This integration enhances overall building efficiency and simplifies operations.
Wireless lighting controls often feature advanced options like occupancy sensing, daylight harvesting, and automated scheduling, which can significantly reduce energy consumption and lower utility bills while supporting sustainability goals.
Wireless lighting systems allow for centralized control through a single interface, making it easier for property managers and building operators to manage lighting across multiple zones or floors, ensuring optimal performance and energy efficiency.
Wireless systems offer users the ability to personalize their lighting experience, adjusting settings to their preferences, which is crucial for creating a comfortable and adaptable environment in commercial and residential settings.
Wireless lighting systems use encryption to secure communication between devices. While network-layer encryption is effective, additional cybersecurity measures are recommended to maintain a high level of security. With proper safeguards, wireless systems can be as secure as wired systems.
Power Over Ethernet (PoE) is a technology that allows both power and data to be transmitted through low voltage Cat5/Cat6 cables. It serves as a centralized backbone for smart building integrations, using apps and software to power connected devices.
Primary value propositions of conventional lighting (fluorescents and LEDs with 0-10V, DALI or DMX controls) are energy savings and operational (OpEx) savings with easier maintenance. In addition to these benefits, connected lighting can enable ease of integration with other sub systems in the building, provide actionable insights on space utilization with occupancy and people counting sensors and an enhanced employee experience with personal control, room reservation, wayfinding, etc.
PoE is a great solution for many indoor applications such as offices, data centers, hospitals, and schools. Due to the nature of its architecture with Ethernet cables, it works best when this technology is part of the design and specification consideration for either new construction or deep renovation projects.
Wireless lighting controls are highly scalable. You can start with a basic setup and expand as needed, accommodating growth over time, as needed.
Standard PoE has Ethernet cable distance restrictions of 100 meters (328 feet) for data and power transmission, whether for IEEE 802.3af (PoE) or 802.3at (PoE+). However, when utilizing high current DC Power distribution, which is safe to the touch, distances up to 1931 meters (1.2 miles) can be achieved.
PoE eliminates the need for separate power and data cables, reducing the amount of wiring required. This streamlined setup saves time and labor costs, making it particularly advantageous for modern commercial buildings, large residential projects, and challenging retrofit environments.
PoE devices can be mixed in a network with non–PoE devices, but non–PoE devices cannot provide power for PDs or be powered by PSEs.
The entire system is conveniently and cost-effectively managed by a centrally hosted from an open API. This enables customers to take advantage of the extra cost savings, productivity boost and data harvesting of applicable luminaires without having to pay for the technology in areas where the benefits are minimal.
The larger the network, the greater number of ports you’ll need. It is better to choose a switch that has more interfaces than you actually need. Maximum Power Supply: The maximal power supply of your PoE switch matters as well.
PoE is cost-effective due to its simpler installation process, which lowers initial setup costs. Additionally, PoE systems achieve significant energy savings (over 80% reduction in energy usage), providing long-term financial benefits and a strong return on investment.
PoE facilitates the integration of various sensors and smart building technologies, compiling multiple data points into a single, easy-to-use dashboard. This integration simplifies data analysis and provides a comprehensive view of building operations.
IEEE 802.3af/at/bt compliant PoE technology is safe. PoE injectors and switches will not damage any equipment, even if the equipment is not designed for PoE applications. It’s this built-in feature of all IEEE 802.3af/at/bt-compliant devices that makes PoE technology inherently safe.
PoE operates at lower voltages, which enhances safety by reducing the risk of electrical hazards. It also includes built-in safeguards to prevent power overload, underpowering, or damage to connected devices.
Many new features can be enabled with simple firmware upgrades and with minimum infrastructure investments, which is financially beneficial. Others will require new hardware which may be installed as a new insert or standalone system install.
PoE enables two-way communication with individual fixtures, controls, and other smart building integrations. It also allows for remote management, making it easier to control and monitor connected devices.
PoE infrastructure does not require rewiring or extensive retrofitting for future integrations. This flexibility makes it easier and more cost-effective to adapt the system for new technologies as they emerge.
PoE contributes to environmental sustainability by reducing energy consumption and a building’s carbon footprint. This green initiative helps organizations decrease their impact on the environment.
Bryte Light specializes in providing comprehensive lighting and controls solutions tailored to meet the specific needs of various projects. Our expertise spans across many industries, such as office upgrades, retail space illumination, and warehouse optimization. We work with you to provide customized solutions that are designed to meet your unique project requirements.
We partner with leading industry suppliers to offer innovative lighting and controls technology. Our solutions incorporate cutting-edge products that are designed to enhance the efficiency, functionality, and aesthetics of your space.
By working with Bryte Light, you benefit from our extensive experience, innovative technology, and a commitment to client satisfaction. Our solutions are designed to boost productivity, enhance safety, and create appealing environments tailored to your specific needs.
