Lighting Control – Leap Info Systems https://leapinfosys.com Convergent Lighting and Building Automation Technology Sun, 31 Mar 2024 06:26:22 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 Constant LUX Controls for Industrial Facilities: Illuminating Your World https://leapinfosys.com/constant-lux-controls-for-industrial-facilities/ https://leapinfosys.com/constant-lux-controls-for-industrial-facilities/#respond Sat, 30 Mar 2024 10:59:06 +0000 https://leapinfosys.com/?p=7763

Constant LUX Controls for Industrial Facilities: Illuminating Your World

Introduction

Hey there, Today, we’re going to talk about something super cool called Constant LUX Controls. Imagine having a magical switch that can make your lights brighter or dimmer depending on how much light there is outside. That’s exactly what Constant LUX Controls do for big buildings and factories!

What Are Constant LUX Controls?

Constant LUX Controls are like smart brains for lights. They can sense how much light is coming in from the sun and adjust the indoor lights accordingly. So, when it’s super sunny outside, they’ll make the indoor lights a bit dimmer. And when it’s dark outside, they’ll make the indoor lights brighter so you can see better.

How Do Constant LUX Controls Work?

Understanding Light Sensing

Imagine you have a little robot friend with eyes like cameras. These robot eyes can “see” how bright it is outside. They send this information to the Constant LUX Controls, so they know whether to make the lights brighter or dimmer.

Adjusting Lighting Levels

Once the Constant LUX Controls know how bright it is outside, they tell the indoor lights what to do. They can make them shine brighter or softer, just like magic!

Benefits of Constant LUX Controls

Energy Efficiency

By using Constant LUX Controls, we can save lots of energy because we only use as much light as we need. That’s great for our planet!

Cost Savings

Because we’re using less energy, we also save money on electricity bills. More money for toys and ice cream!

Enhanced Productivity

When we have the right amount of light, we can work better and faster. It’s like having superpowers!

Installation Process

Setting Up Sensors

Installing Constant LUX Controls is like putting on a superhero cape. We place special sensors in different parts of the building to “see” how much light is coming in.

Configuring Controls

Once the sensors are in place, we connect them to the Constant LUX Controls and teach them what to do. It’s like giving them a super-smart brain!

Examples of Constant LUX Controls in Action

Factory Floors

In big factories, Constant LUX Controls make sure the workers have just the right amount of light to do their jobs safely and efficiently.

Warehouses

In huge warehouses filled with boxes and machines, Constant LUX Controls help us see everything clearly without wasting energy.

Office Spaces

Even in fancy office buildings, Constant LUX Controls make sure the lights are always perfect for working, meeting, or playing games.

Challenges and Solutions

Compatibility Issues

Sometimes, different lights and sensors don’t speak the same language. But with a little bit of magic (and some tech-savvy wizards), we can make them all work together.

Maintenance Requirements

Like all superheroes, Constant LUX Controls need a bit of care and attention. But don’t worry, we’re always here to make sure they’re working their best!

Future Trends in Constant LUX Controls

Integration with IoT

In the future, Constant LUX Controls will team up with other smart devices, like phones and tablets, to make our buildings even smarter!

Advanced Sensor Technologies

Scientists are working on super fancy sensors that can “see” even better than before. With these new sensors, Constant LUX Controls will be even more amazing!

Conclusion

So, now you know all about Constant LUX Controls! They’re like magical wizards that make sure our buildings are always perfectly lit. With their help, we can save energy, save money, and work better than ever before. Isn’t that amazing?

Now, if you ever see a building with lights that seem to know exactly what to do, you’ll know it’s because of Constant LUX Controls!

Ready to experience the magic of Constant LUX Controls in your own space?

Contact us today to learn more and brighten up your world!

]]> https://leapinfosys.com/constant-lux-controls-for-industrial-facilities/feed/ 0 Enlightened Convergence: LEAP’s Journey at the Smart Lighting India EXPO 2023 https://leapinfosys.com/enlightened-convergence-leaps-journey-at-the-smart-lighting-india-expo-2023/ Tue, 22 Aug 2023 03:04:18 +0000 https://leapinfosys.com/?p=7734

Enlightened Convergence: LEAP’s Journey at the Smart Lighting India EXPO 2023

 

The Smart Lighting India Expo 2023 held in New Delhi was a groundbreaking event that illuminated the path towards a sustainable and energy-efficient future. Leap Info Systems Pvt. Ltd, a pioneering name in IoT, DALI Lighting management sytems, Building Management Systems, Convergent lighting controls and automation, took center stage at the event, presenting a vision of convergence through IoT-enabled solutions. This blog delves into LEAP’s remarkable participation, emphasizing its commitment to harnessing cutting-edge lighting controls and automation technologies, ultimately empowering businesses to enhance operational efficiency and achieve their sustainability goals.

Unveiling Convergence with IoT:

LEAP’s presence at the EXPO was marked by an innovative showcase that resonated with the theme of the event – a convergence of smart lighting controls using the Internet of Things (IoT). By seamlessly integrating lighting controls with other building systems, LEAP exemplified how businesses can achieve higher efficiency, comfort, and sustainability levels.

Dynamic Daylight Harvesting for Factories, Manufacturing Facilities:

One of the key highlights of LEAP’s exhibit was its dynamic daylight harvesting lighting controls. In facilities like factories, warehouses, and expansive manufacturing units, energy consumption due to constant lighting remains a significant concern. LEAP’s demonstration spotlighted the solution to this widespread challenge. Using the Internet of Things, automated lighting controls, LEAP’s system ensures that lights are only active at the desired dimming level when needed, leading to substantial energy savings. This approach aligns with sustainability objectives and helps companies optimize their operational costs.

Empowering Operational Efficiency:

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Consultants and business owners who visited LEAP’s booth were captivated by the potential of IoT- enabled lighting controls to enhance operational efficiency. By intelligently managing lighting based on real-time occupancy and usage data, LEAP’s technology showcased the power of automation in streamlining facility management. The ability to tailor lighting patterns to specific needs improves efficiency and sets the stage for a more agile and responsive work environment.

Human-Centric Lighting – Elevating Occupant Comfort:

LEAP’s showcase also underscored the significance of occupants’ health, wellbeing, and comfort in the overall equation. Using automated controls, lighting systems can be fine-tuned to create personalized and comfortable environments for occupants. By adjusting lighting levels, color temperature, and ambiance fo human centricity, LEAP demonstrated how businesses can foster a more inviting and conducive workspace, boosting employee morale and productivity.

A Commitment to Sustainability:

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Central to LEAP’s participation in the EXPO was its commitment to sustainability. The spotlight on energy-saving practices and reducing unnecessary lighting load reflected LEAP’s dedication to helping businesses align with environmental objectives. By embracing LEAP’s advanced lighting controls, organizations can significantly reduce their carbon footprint and contribute to a greener future.

Conclusion: Lighting the Path Ahead:

LEAP’s participation in the Smart Lighting India EXPO 2023 was nothing short of transformative. LEAP illuminated a path toward operational efficiency, energy savings, and sustainable practices by showcasing the fusion of smart lighting controls with IoT. The event underscored LEAP’s unwavering commitment to employing the latest technologies to empower businesses with innovative solutions. As we reflect on this remarkable showcase, it’s clear that LEAP is leading the way in revolutionizing lighting controls and automation, shaping a brighter and more sustainable future for organizations across the board.

About Leap Info Systems:

Leap is an IoT building management & lighting controls automation technology company.

]]> Illuminating India’s Growth: Smart and Connected Lighting for Large Facilities https://leapinfosys.com/illuminating-indias-growth-smart-and-connected-lighting-for-large-facilities/ Sun, 23 Jul 2023 22:46:48 +0000 https://leapinfosys.com/?p=7678

Illuminating India’s Growth: Smart and Connected Lighting for Large Facilities

Introduction: As India’s economy continues to soar and its urban landscape expands, the demand for energy-efficient and sustainable solutions becomes paramount. Smart and connected lighting emerges as a transformative technology, especially for extensive facilities like offices, commercial buildings, and industrial complexes. This blog will explore why smart lighting is essential in India’s emerging markets and growing economy, specifically focusing on its benefits for extensive facilities.

I. WHY Smart and Connected Lighting in India?

  1. Energy Crisis Mitigation: India faces challenges in meeting its increasing energy demands. Smart lighting offers an innovative solution by optimizing energy consumption and reducing the strain on the power grid.
  2. Environmental Sustainability: As India strives to meet its climate goals, embracing smart lighting can significantly reduce greenhouse gas emissions and foster a more sustainable future.
  3. Infrastructure Development: With rapid urbanization and the construction of large facilities, implementing smart lighting at an early stage becomes crucial to create efficient and environmentally friendly infrastructure.
  4. Economic Advantages: By reducing electricity consumption, businesses can experience substantial cost savings, allowing them to allocate resources more effectively for growth and expansion.

II. WHAT are the Benefits for Large Facilities like Industrial complexes, offices and commercial buildings?

  1. Energy Efficiency and Cost Savings: Large facilities, such as offices, commercial buildings, and industrial complexes, consume significant energy for lighting. Intelligent lighting systems equipped with occupancy sensors and daylight harvesting can optimize energy usage, leading to substantial cost savings over time.
  2. Enhanced User Experience: Smart lighting offers personalized and adaptable lighting conditions, improving employee productivity, comfort, and well-being in offices. In commercial spaces, it can enhance the shopping experience for customers, leading to increased footfall and sales.
  3. Remote Monitoring and Control: Smart lighting allows facility managers to remotely monitor and control lighting systems, enabling efficient maintenance, scheduling, and energy management, even for geographically dispersed facilities.
  4. Data-Driven Decision Making: Connected lighting systems collect valuable data on occupancy patterns, usage trends, and energy consumption. Analyzing this data provides insights for better resource allocation, space utilization, and operational efficiency.

III. HOW to Foster Smart Lighting Adoption in India’s Large Facilities?

  1. Government Initiatives: The Indian government can play a pivotal role in promoting smart lighting adoption by offering incentives, subsidies, and policy support to businesses and facility owners.
  2. Public-Private Partnerships: Collaborations between the government, private sector, and lighting industry can accelerate the development and deployment of smart lighting solutions, making them more accessible and affordable.
  3. Awareness Campaigns: Raising awareness about the benefits of smart lighting through workshops, seminars, and case studies can encourage large facility owners to embrace the technology.
  4. Training and Skill Development: To ensure the successful implementation and maintenance of intelligent lighting systems, specialized training programs can be introduced to develop a skilled workforce in this domain.

Conclusion: As India’s economy thrives, embracing smart and connected lighting in large facilities is key to sustainable growth and resource optimization. By leveraging the benefits of energy efficiency, cost savings, enhanced user experience, and data-driven decision-making, India can illuminate its path toward a brighter and greener future. Through collaborative efforts and government support, smart lighting can become integral to India’s emerging markets, fostering a more connected and sustainable economy.

]]> Shedding Light on Sustainability: Illuminating the Power of Lighting Controls and Automation https://leapinfosys.com/shedding-light-on-sustainability-illuminating-the-power-of-lighting-controls-and-automation/ Thu, 01 Jun 2023 03:59:40 +0000 https://leapinfosys.com/?p=7600

Shedding Light on Sustainability: Illuminating the Power of Lighting Controls and Automation

In a world urgently seeking sustainable solutions, lighting controls and automation shine as a beacon of hope. From reducing energy consumption and carbon emissions to preserving resources and protecting ecosystems, they offer significant contributions to sustainability. Discover why we should all be concerned and how lighting controls and automation illuminate a brighter future.

1. Environmental Impact: Sustainability is crucial because it directly affects the health and well-being of our planet. Here are three key reasons why everyone should be concerned:

  • Climate Change Mitigation: Burning fossil fuels for electricity generation contributes to greenhouse gas emissions, which are the primary cause of climate change. Lighting controls and automation can substantially reduce energy consumption, leading to lower carbon dioxide (CO2) emissions. According to the International Energy Agency (IEA), lighting accounts for around 15% of global electricity consumption. We can significantly reduce carbon emissions and combat climate change by implementing energy-efficient lighting controls and automation systems.
  • Resource Conservation: Unsustainable practices lead to the depletion of natural resources. Traditional lighting systems, such as incandescent bulbs, consume significant energy and have a shorter lifespan compared to energy-efficient alternatives like LED lights. By utilizing lighting controls and automation, we can optimize energy usage and extend the lifespan of lighting fixtures, reducing energy consumption and conserving valuable resources.
  • Biodiversity Preservation: Excessive energy consumption contributes to habitat destruction and environmental degradation, leading to the loss of biodiversity. Efficient lighting controls and automation can minimize light pollution, which disrupts ecosystems and affects wildlife behavior. By reducing unnecessary lighting and implementing automated systems that adjust lighting levels based on occupancy or daylight availability, we can protect nocturnal animals, migratory patterns, and overall ecological balance.

2. Energy Efficiency: Lighting controls and automation play a significant role in achieving sustainable energy consumption. Here are three ways they contribute:

  • Dimming and Occupancy Sensors: Lighting controls allow for dimming or turning off lights when spaces are unoccupied, reducing energy waste. Occupancy sensors can detect human presence and automatically switch lights on or off, eliminating the need for manual control. According to the U.S. Department of Energy, occupancy sensors can save up to 30% of lighting energy.
  • Daylight Harvesting: Automation systems can integrate with daylight sensors to adjust artificial lighting levels based on the amount of natural daylight available. By utilizing natural light when possible, energy consumption can be significantly reduced. Studies have shown that daylight harvesting techniques can achieve energy savings of 20-60% depending on the location and building design.
  • Load Shedding and Demand Response: Lighting controls and automation enable load shedding and demand response strategies. Load shedding involves reducing electricity usage during peak demand periods, while demand response allows consumers to adjust their energy consumption in response to price signals or grid stability needs. Implementing these strategies through lighting controls can reduce strain on the electrical grid and promote energy efficiency.

3. Cost Savings and Return on Investment: Sustainable lighting solutions provide long-term financial benefits. Here are three ways lighting controls and automation contribute to cost savings:

  • Energy Cost Reduction: By optimizing energy usage and reducing electricity consumption, lighting controls and automation systems can result in substantial cost savings on utility bills. The U.S. Department of Energy estimates that implementing lighting controls can achieve energy savings of 25-60%.
  • Maintenance and Replacement Savings: Energy-efficient lighting solutions, such as LED lights, have longer lifespans compared to traditional bulbs. By reducing the frequency of bulb replacements, maintenance costs can be significantly reduced over time.
  • Financial Incentives and Rebates: Many governments and utility companies offer financial incentives, rebates, or tax benefits to promote energy-efficient lighting upgrades. These incentives can help offset the initial investment costs of implementing lighting controls and automation systems, providing additional cost savings.

Everyone should be concerned about sustainability due to its environmental impact, energy efficiency benefits, and potential cost savings. Lighting controls and automation contribute substantially by reducing carbon emissions, conserving resources, protecting biodiversity, optimizing energy usage, and providing long-term financial benefits.

]]> Possibilities and Challenges In Smart Building Lighting Control https://leapinfosys.com/possibilities-and-challenges-in-smart-building-lighting-control/ https://leapinfosys.com/possibilities-and-challenges-in-smart-building-lighting-control/#respond Thu, 17 Mar 2022 07:47:45 +0000 https://leapinfosys.com/?p=7373

Possibilities and Challenges In Smart Building Lighting Control

Table of Contents

Perhaps the most revolutionary by-product of all experimentation done on Internet technology is the concept of the Internet of Things. Rendering the advantages of the internet network to everyday things was a unique and extraordinary concept in itself. But what is even more fascinating is the fast and rapid implementation that made us realize how IoT has the ability to touch our lives more profoundly than we imagined. The fact that the internet of things is strongly aligned with modern-day concern of energy conservation, makes it all the more important.

The Internet of Things being a generalized approach can be applied to many different objects in the environment. One prominent use case of IoT is its implementation in various aspects concerning a building. Interestingly, buildings are also one of the biggest consumers of electricity, and the cost of building operation is very difficult to manage and curtail.

It is this reason that forces building managers to look out for new technologies and services that can help in easing the lives of building owners, but also in taking care of the energy efficiency aspect. One department where the implementation of automation and control via IoT is gaining traction is lighting. Here in this blog, let’s check out the possibility of smart building lighting control and its key components.

Building Management Systems and Smart Building Lighting Control

Now that it is clear how important lighting control is for a smart building, it must be understood how this can be achieved. The problem with the existing building management systems is that they are not designed to access control over lighting systems fundamentally. Some attribute this shortcoming to the delayed rise of automation technologies in the lighting industry. Others suggest that the gross neglect of lighting as a source of convenience and savings may be at fault.

Anyhow, the solution for this problem is the external integration of lighting control panels with existing building management systems. While the concept is crystal clear, there are some challenges in this approach to access smart building lighting control. The use of third-party protocol converters which are expensive and complex is usually necessitated to solve this problem.  Also, establishing good degrees of interoperability between different systems within the building can be a challenge.

Despite these challenges, if building automation-based lighting control is enabled in a smart building, it has several benefits to offer. Firstly, detailed analysis and reports of occupancy data can be a game-changer when it comes to energy savings and cost reduction for commercial spaces. Similarly, the diagnosis of lighting system problems remotely is another advantage of having a central control on lighting systems by a BMS.

Direct Digital Control Modules For Lighting Control In Smart Buildings

If we look at the preparation of building management systems closely, it is notable that the technique of using distributed control networks for this purpose is more popular. When a distributed control network is prepared, then the scope of adding newer systems for automation is also enhanced significantly. Direct Digital Control is the technology used for distributed control network creation in Smart buildings.

If we take up the case of lights, then every lighting circuit that needs to be controlled is connected to a single direct digital control module. Here, every direct digital control module acts as a node on the distributed control network. This system is more beneficial than other models where a central automation processing unit was used. For those kinds of building automation systems, it was important for every new device to be connected to the central system for control and automation features.

As expected, achieving this on a large scale is next to Impossible. By using direct digital control modules, any new module that is added only needs to be connected with the adjacent existing model for it to become eligible for control via the building management software itself. Further, any computer with a direct digital control interface card can be utilized to establish a network or to monitor light activity. This forms the administration node.

The Communication Protocol Conundrum

BACnet, Modbus, and LonWorks have become synonymous with smart building control. Conventionally, the lack of any standard network control protocol was the reason why building automation systems did not pick up extensively among buyers.

Choosing among several systems from different manufacturers to fulfill our automation needs is a difficult task for a majority of buyers. This is where BACnet, Modbus, and LonWorks, the prominent open building automation protocols came into the picture. The problem with these open protocols is that most of them, especially BACnet, were specifically designed for HVAC networks. So, lighting control can be a very difficult add-on to smart buildings, considering that popular communication protocols themself do not cater to lighting needs.

The Way Out For Building Automation-based Lighting Control

Two things must have already become clear to you by now. Firstly, buying proprietary control solutions for every different system installed in a building is practically impossible. Secondly, making use of open communication protocols and purchasing additional third-party software to make smart building lighting control possible is not a practical solution.

For the second problem, it should also be noted that even though protocol converters are available for smart building lighting control. They are very complex to install and use in such situations. The need of the hour is to have vendor-agnostic solutions that enable lighting control irrespective of manufacturers. elitedali is a convergent smart building lighting control solutions provider. We offer an open standard framework that ensures interoperable lighting control features in all Niagara-based BMS solutions. Check out our host of other exciting offerings and contact for a consultation today.

]]> https://leapinfosys.com/possibilities-and-challenges-in-smart-building-lighting-control/feed/ 0 BMS Lighting Control For Future – Ready Buildings https://leapinfosys.com/bms-lighting-control-for-future-ready-buildings/ https://leapinfosys.com/bms-lighting-control-for-future-ready-buildings/#comments Tue, 15 Mar 2022 07:08:00 +0000 https://leapinfosys.com/?p=7359

Automated lighting solutions in one form or the other have become a household name already. These have emerged as one of the best ways commercial spaces can save big on energy expenditures. On the other hand, more people investing in construction projects are keen on having Building Management Systems installed for their space. These automation systems help in managing several aspects like heating, ventilation, circulation, etc.

Building management systems should undertake the responsibility of managing lighting control is what many users feel currently. While the demand for BMS lighting is quite right in its own place, the fact that making this happen involves a very complex process cannot be undermined. In this blog, let us take a look at how building management systems and lighting automation are being compiled to provide users with the kind of convenience that they desire.

Understanding Building Management System

The system that allows integration of all the electrical and mechanical processes going on in a building through a computer network is called a Building Management System. A building management system can be created in two possible ways. First, all existing systems on-premise can be integrated individually, and second, a new distributed control network can be established. For practical purposes, both these techniques are used in specific areas to create a bigger building management system. The best example of this situation is when a simple HVAC system is supplemented with lighting and security control features using special third-party software or protocols.

One thing to note is that since a building management system is entirely computer-dependent, it is only as good as its programming. The cost and expertise involved in the development of building management software decide the programming capabilities eventually. The simplest building management systems can only provide features like scheduling for control and automation. The more advanced versions can make use of fuzzy logic to better implement the benefits of intelligent automation and control.

BMS Lighting System: How Does It Work?

Entirely dependent on the kind of programming done to create the building management system is the manner in which it supports lighting control. The following techniques are popular for BMS lighting control:

●     Scheduling

Building management systems are traditionally capable of managing electrical loads via the technique of schedule creation. Schedules are created where certain electrical appliances or other equipment are only allowed to operate when the need arises. When the need is fulfilled, a mechanism is present that cuts off the circuit so that no energy wastage is possible. This was a good enough arrangement to provide a simple degree of automation and control. However, user demands and requirements from the lighting systems change spontaneously too. For this, no schedule can be created as such. But, there is no mechanism by which scheduling features could accommodate this requirement.

●     Manual Controlling

As consumers, we are already aware of manual controls for lighting systems. So, it won’t be hard for us to upgrade the same manual handling of lighting systems is the whole premise behind giving manual controls for lights in a BMS. This is different from just reaching out to the switchboard and switching the light off. Now, with BMS controls, you can install direct digital control modules that help you tune the lights as per your preference. So, if it’s a sunny day and the room is filled with sunlight, you can use the modules and switch off the light remotely.

●     Occupancy Sensors

This method works by using special sensors fit into your lighting systems that detect motion. So, whenever you enter and stay in a room, your lights will remain on for the entire length. As soon as you move away, and the sensors detect your absence, the lights will be turned off automatically. This automation is a great means of saving electricity and associated costs. Integrating occupancy data with the building management software will be beneficial in planning other services too. For instance, if only one part of the building is occupied and data is transmitted to the central system, other aspects like controlling the temperature automatically, or sending alerts to the security staff regarding this particular point can be initiated.

●     Wireless BMS Lighting

By using elaborate twisted-pair wiring, coaxial cables, or even routers, the dream of attaining wireless lighting control in buildings can be achieved. This control will be accessed via standard Internet Protocol networks like a corporate intranet or Global Intranet. Wireless BMS lighting setups can be expensive, so should be set up where instantaneous feedback mechanisms help with lighting control.

Bringing Lighting Control and BMS Together

Everybody wants their building management systems to perform lighting control, but the task is subject to a lot of challenges. Firstly, the cost and investment required initially for this project are on the higher side. Secondly, the final distributed network to be created in this arrangement is highly complex. Lastly, the lack of interoperability within the building systems is a great deterrent for the success of BMS lighting.

elitedali offers unique integration solutions to solve this problem. Since we do not make use of third-party software or protocol converters, the integration process becomes easy and affordable. We deal in specialized lighting control kits that are vendor agnostic solutions to help building members access lighting automation benefits. We already serve several Niagara framework-based BMS’ around the world. For detailed consultation, contact us today.

]]> https://leapinfosys.com/bms-lighting-control-for-future-ready-buildings/feed/ 1 The Future of Lighting Management Software https://leapinfosys.com/the-future-of-lighting-management-software/ https://leapinfosys.com/the-future-of-lighting-management-software/#respond Sat, 26 Feb 2022 05:00:00 +0000 https://leapinfosys.com/?p=7340

The Future Of Lighting Management Software

With a rising business interest in eco-friendly equipment and energy-saving, lighting control and automation have become a mandatory part of industrial facilities, workplaces and commercial spaces. Be it time sequencing of lighting systems or the installation of intelligent sensors for lighting management, all these technologies based on lighting management software have become commonplace in commercial spaces today.

One cannot deny that these technologies have had an impact on our daily lives, besides the monetary benefits, but the important question that now arises is what next? It is quite logical to question what is the future prospect of buying smart lighting management software for our buildings? Stick with us till the end to decode what the future holds for lighting management systems and control technologies.

Table of Contents

Taking A Look At The Ideological Shift

The backbone of the lighting automation industry in the initial years was the lighting management software itself. Under this purview, using the same software to facilitate the Internet of Things (IoT) services for lighting equipment placed remotely was a concept that fascinated many and gradually saw a rise in the number of buyers as well. However, the ideological shift that we are seeing now has much to do with the popularization of Building Management Systems.

The Internet of Things technology is all about finding multiple use cases out of these same existing equipment. Extrapolating that same concept with lighting control, it is now believed that not only automation of the luminaries installed in our small confined spaces is necessary, but the data obtained from the lighting control equipment should be used for multiple other purposes. This extensive availability and use of data are beneficial for overall building management.

For instance, occupancy sensors can not only be helpful in turning off lights when they are not in use but also to schedule maintenance and cleaning activities. Occupancy data analysis is useful such that when there is no person using a particular space, it would be easier to get the cleaning job done without disturbing anyone’s work. Daylight harvesting, leak detection, air quality sensors, and the use of automatic blinds are some very good applications of this new purpose-driven lighting automation.

If only this concept alone is considered, the chances of hitting saturation are very low. This is because lighting automation equipment is being innovated and released at a very fast rate today. With every product coming into the market, searching for multiple use cases and then implementing them within existing building management systems won’t be a big problem once all this is normalized. So, the future of lighting control and automation is definitely within the prism of building management only.

Future Concerns with Lighting Management Software

With the rising instances of cybercrime and data theft, security is definitely a future concern for lighting management software. This is because when we talk about making lighting management a value-added service for the bigger target of building management, then any loophole in the security of such software will put every other component of building management systems at risk.

 

Two trends are going to become much more important in the coming days when we talk about the security of lighting management software. The first is the increased hiring of expert cybersecurity professionals for developing robust security strategies. The second will be to use advanced security key systems to guard our Lighting management software. Security Keys allow secure bidirectional communication between all the subsystems of a large building management system. This is a form of authentication, which securely provides a gateway for communication that cannot be breached as such.

What Do Customers Expect from Lighting Management Software In The Future?

If we analyze key trends in customer behavior tracking, customers of lighting management systems are looking forward to passionately welcoming wireless lighting control. Wireless lighting control is the perfect addition to lighting management systems, considering how important it is for them to contribute to building management too.

The second most anticipated thing is the emergency light monitoring feature in commercial spaces. This involves regular testing and reporting of equipment health so that any major lapse can be prevented. Goes without saying that automating this frequent evaluation of systems to limit the risks associated with lighting control is the real deal.

elitedali: Future-ready Solutions For Lighting Management

If you could follow closely, the crux of the matter is that future lighting control options would be centered around the bigger goal of easing building management. But building management systems can leverage the benefits of lighting automation only when they are designed to support and accept this technology. At present, the problem lies in the limited jurisdiction of lighting automation solutions when it comes to commercial space management solutions.

elitedali offers the most comprehensive solution to integrate lighting management software to any Niagara framework-based BMS. We support existing lighting automation technologies to become more meaningful by becoming part of a BMS without needing protocol converters. Several leading enterprises have implemented this ideological shift in lighting management all thanks to elitedali and now it’s your turn. Contact our team today for a free consultation

]]> https://leapinfosys.com/the-future-of-lighting-management-software/feed/ 0 Getting The Basics of Adaptive Lighting Right https://leapinfosys.com/getting-the-basics-of-adaptive-lighting-right/ https://leapinfosys.com/getting-the-basics-of-adaptive-lighting-right/#respond Wed, 23 Feb 2022 05:30:00 +0000 https://leapinfosys.com/?p=7331

Getting The Basics Of Adaptive Lighting Right

The utility of lights and luminaires in a building has traditionally been to support illumination, aesthetics, and some degree of visual comfort. Naturally, since these three were quite convincingly fulfilled by conventional lighting equipment, only static lights were preferred until now in both commercial and residential spaces. However, there has been a paradigm shift in our approach towards living and working, and that’s the reason why our lighting requirements are also changing for the good.

Dynamic lighting solutions that are adaptive to our needs have become the norm today. Adaptive lighting comes across as a logical concept because both illumination and occupancy requirements keep changing even within a single day. Further, without dynamism in our lighting systems, we cannot achieve a satisfactory level of energy efficiency as well. With many other reasons why adaptive lighting is crucial for businesses today, let us take an in-depth look at the idea and what it holds for us in the future.

Table of Contents

What Is Light Adaptation And The Ideology Behind Adaptive Lighting

Since lights are so closely associated with our lives and our daily activities, it is imperative for them to be centered around the users. This means that the focal point of any lighting application or the plan to set up a lighting system should be the user. Building on the same ideology, the concept of adaptive lighting was popularized. A diverse set of photometric parameters have been analyzed to create adaptive lighting solutions. These parameters include the likes of illuminance distributions, vertical and horizontal luminance and illuminance, light source chromaticity color dispersion, and many more.

The early models for adaptive lighting were created to enhance visual comfort and ensure that all types of visual needs are catered to by existing lighting systems. As more smart solutions were developed in related industries, there was a rising demand to include certain parameters that could guide lighting systems to change illumination according to the changing intensity of daylight. This approach came to be known as human-centered lighting, because It is believed by scientists that our body clock is greatly influenced by the sequencing of sunlight. Thus, any good dynamic adaptive lighting system should cater to this particular need as well.

Levels of Adaptive Lighting

The adaptability of a lighting system can range between simple dynamic lighting to truly intelligent systems in technical terms. Based on such classifications, there are four levels of adaptive lighting that are available to us today.

Level 1:  The level 1 adaptive lighting solutions provide benefits of a technique called Sequencing. Here, time sequencing is done as per preset values. Therefore, lights in certain sections of the building will be turned on automatically when the right time as set by the user comes. Similarly, other lights at that moment will be turned off accordingly so that energy saving can be done effectively.

Level 2: The problem with level 1 adaptive lighting solutions is that the degree of dynamism is quite low. To upscale the technology, level 2 adaptive lighting solutions were invented. In these, the light adaptation can be witnessed by the user on demand, all thanks to local sensors that are installed in the luminaries individually.

Level 3: Level 3 adaptive lighting solutions are more about integrating lighting automation systems with other intelligent systems. The most common use case of level 3 adaptive lighting is when you integrate lighting control panels within an existing building management system.

Level 4: Level 4 adaptive lighting solutions are best described as a combination of level 2 and 3. Within the domain of level 4 adaptive lighting solutions, there are several different applications that users can avail. For example, Daylight harvesting is one of the best ways in which commercial spaces can make use of level 4 adaptive lighting.

When the sunlight is bright enough, the control system automatically dims the equipment lighting so that energy can be saved and asset life can also be preserved. As the sunlight starts dimming, the reverse procedure is initiated automatically, and therefore, a balance is maintained in daily energy consumption. Luminance monitoring, lighting-on-demand, and use of occupancy data for building management are other ways in which such solutions work.

But There’s A Problem

We are already living in times where adaptive lighting equipment and technologies are readily available in marketplaces. It is definitely an encouraging sign for the lighting industry. However, a big problem lies in the fact that the jurisdiction of such adaptive lighting systems is highly limited at present.

For instance, the Building Management Systems that are currently used for commercial spaces like malls, hotels, hospitals, etc., do not come with a lighting control panel in the first place. So, installing any compatible adaptive lighting product, like LED light adapter, but not having the desirable technical capabilities to achieve their benefits is a big loophole in this whole scenario.

elitedali: Making Adaptive Lighting Accessible

The adaptive lighting industry is faced by inadequacy of expertise which results in installations that do not serve the users well. In this existing turmoil, elitedali offers the best integrating solutions for adaptive lighting technologies. We offer vendor agnostic services that aim to establish convergent lighting. In simple words, we help in bringing lighting automation technologies and building management systems together, so that they can work in conjunction and make your lives easier.

The biggest hallmark of our services is that by knowing this industry in and out, we are capable of integrating lighting control panels with any Niagara framework BMS without making you pay for third-party protocol converters or software. So, to access the unimaginable benefits of adaptive lighting for your commercial space, contact elitedali today.

]]> https://leapinfosys.com/getting-the-basics-of-adaptive-lighting-right/feed/ 0 Exploring The Lighting Technologies India Trends In 2022 https://leapinfosys.com/lighting-technologies-india-trends-in-2022/ https://leapinfosys.com/lighting-technologies-india-trends-in-2022/#respond Fri, 18 Feb 2022 05:31:00 +0000 https://leapinfosys.com/?p=7306

Exploring The Lighting Technologies India Trends In 2022

Versatility, energy efficiency, and accessibility are at the forefront of lighting technology innovation in India. Catering to the Indian market is somewhat hard for the developers, owing to the traditional reluctance towards investing in something new. But it is gratifying to see customers showing greater interest in innovation that brings comfort with affordability. In this article, let us try and examine lighting technologies in India and what are the predictions for these offerings in the near future.

Table of Contents

Trendy Lighting Technologies India

●     Automated Lighting Control

Contactless products are already gaining a lot of traction in the Indian market today. Contactless lighting control is just another manifestation of the same, which is having a remarkable number of buyers too. The idea here is to install Network Powered Lighting Controllers that configure and remember lighting specifications. Further, with interfaces being accessible on mobiles, tablets, and computers, the same specifications can be modified by the users as per their preferences.

The remote management of lighting systems is gaining popularity, especially in a post-pandemic world. There is more demand for contactless options where you do not have to touch on the same switchboards that are contacted by several other people. The integration of artificial intelligence in contactless lighting control is something to watch out for. It will enable the controllers to remember and learn from user behaviors and then provide real-time customization. Artificial Intelligence and Machine Learning will also be beneficial in cultivating enriched user profiles.

The scope of research in the lighting technologies India domain is immense, especially in India. Aspects, like gesture control and application-based LED control are coming up too. Also, with bigger players entering this market in India, voice control and motion-detecting smart lighting solutions will just get better. A big challenge that needs to be resolved is the problem with bandwidth constraints. The Indian commercial sphere has very well adopted seamless Wi-Fi connectivity, however, the incorporation of faster speed with 5G and upscaling the operations with existing bandwidths will surely require some thorough research.

Where Does India Stand Compared to Other Nations?

Naturally, every country today has risen to the occasion and invested well enough to support lighting automation. While India is seeing a rising interest from the Government’s side, with several incentives and initiatives being offered in this domain, we are still facing some challenges that other nations have tackled effectively.

For instance, Singapore is already providing a mature market to automated lighting control products whereas India and other nations like Vietnam are still held back by cost constraints of lighting management systems.

However, India is still better placed than nations like Thailand and Vietnam. These nations are facing equipment supply shortage due to COVID, whereas India has kept this problem at bay till now. These countries are also faced by a global reluctance of key investors owing to security concerns and a general lack of interest among buyers, whereas India is still seen as an opportunity by lighting control vendors.

●     Solar Lighting

The demand for energy is only going to increase exponentially in the coming years. However, the availability of conventional resources for producing electricity will start becoming sparse sooner than we’ll realize. This means that a tropical country like India should utilize its bounty of sunlight to generate more solar energy. Solar lighting will become one of the most widely used streams of solar energy in India.

However, the optimization of existing software and hardware will be necessary to make this a reality. With the government providing more incentives to customers willingly migrating to solar energy, the cost of installing solar lighting setups will definitely be enticing. With predictions of a 12.9% CAGR growth during the period 2019-2027, the future of the solar lighting market looks promising in India.

●     Lighting For Smart City Campaigns

As per the Government’s initiatives, smart cities will be areas of sustainable and inclusive living that would guarantee the most advanced primary infrastructure to all locals and natives. A key component of a smart city will therefore be smart lighting. In fact, it will be seen as a part of the primary city infrastructure. The goals of smart lighting will be much beyond brighter illumination and energy efficiency.

When smart lighting setups will be installed as part of the primary city infrastructure, they will become a source of data gathering and sharing for in-depth demographic analysis. A single investment for smart lighting infrastructure will also serve as a space for establishing Wi-Fi connectivity, ML-based video surveillance for parking area monitoring, road accident identification, and even advertising.

The obvious benefits for drivers and pedestrians in terms of well-illuminated roads will also be there. Smart lighting will add to the aesthetics of the city too, thereby becoming an indispensable inclusion for municipal governments.

●     Li-Fi

A great means of saving big on power bills, Li-Fi is gradually coming up on a large scale in India. Light fidelity or Li-Fi is a technology where light, and not radio waves, transmit data between two endpoints. With the speed of light being so fast, one can imagine the speed benefits with Li-Fi connectivity. Now, even simple LED bulbs can be used for Li-Fi connectivity. So, investments in lighting hardware will serve a dual purpose for you. Since simple LED bulbs are extensively used across India, the possibilities of setting up fast Li-Fi connectivity are good. This visible-light technology even has security benefits. Its penetration through walls is visible, thereby alarming anyone of unwanted intrusions.

●     Built-in Lighting

By inserting lights within walls and ceilings, interior designers get to play a little with the aesthetics while manufacturers enjoy the greater demand for new innovation. The seamless look of built-in lights is making homeowners opt for the same. It is an upcoming trend in LED technology itself, leveraging benefits from the fact that LED lights last much longer than ordinary ones.

elitedali: Contributions To Lighting Technologies India

elitedali offers a plethora of services to make India achieve Smart Lighting targets seamlessly. Our solutions like the elitedali Lighting Control Component Software are a stepping stone for System Integrators to easily devise lighting control strategies for users. The elitedali Multidrop Connectivity Kit is an all-round solution for controlling, managing, and analyzing intelligent addressable DALI light fixtures. To help all commercial spaces realize the benefits of smart lighting, elitedali provides motion-detecting light sensors for DALI networks.

All this and more, make elitedali the number one choice for everyone looking to keep pace with the times and enjoy the benefits of lighting technologies, India.

]]> https://leapinfosys.com/lighting-technologies-india-trends-in-2022/feed/ 0 Lighting Control Techniques: Inside A Lighting Control Panel https://leapinfosys.com/lighting-control-techniques-inside-lighting-control-panel/ https://leapinfosys.com/lighting-control-techniques-inside-lighting-control-panel/#respond Wed, 16 Feb 2022 05:29:00 +0000 https://leapinfosys.com/?p=7294

Lighting Control Techniques: Inside A Lighting Control Panel

With the reserves of important global resources dwindling frequently, a lot of attention is being given to energy efficiency lately. Electrical engineering today is more focused on energy efficiency than convenience. Commercial buildings are great consumers of electrical energy, and therefore, directly put immense stress on our natural resources too.

Backed by evidence from hundreds of research papers from all over the globe, the utilization of lighting control schemes in big commercial buildings is one of the best ways to implement energy-efficient lighting models. Lighting Management systems are working very well to help us achieve lighting control in the best possible way. In this article, let us take a look at the lighting control panel present in lighting management systems, and the control features that it offers.

Table of Contents

What Is a Lighting Control Panel?

Lighting control panel is a small electrical cabinet comprising controller that aid in intelligent lighting controls features. These are very commonly used to control public area lighting, street lighting, supermarket lights, and even lighting equipment in residential buildings. These control systems help users obtain the right amount of light whenever and wherever required. Some lighting control systems will only allow localized control over lighting equipment, while others grant enterprise-level control.

There are several common mechanisms by which lighting control systems operate. These depend on the sensors and other components used in its design.

Common Mechanisms of Lighting Control

●     Occupancy Sensing Lighting Control

Among all lighting control strategies, occupancy sensing has been there for the longest time. Here, special occupancy sensors are attached to every light, which utilizes motion-sensing capabilities to trigger the switching on or off of the lights in a given space. Whenever there is a delay period in which the sensors do not sense any movement, lights go off automatically to save electricity. In the more primitive models of occupancy systems, only a single large sensor was installed for every room. However, problems like false sensing and reverse sensing (the lights used to turn off whenever a person entered the room) were encountered. To avoid such situations, the contemporary model focuses on having individual occupancy sensors for each lighting fixture.

●     Types of Occupancy Sensing

These occupancy-based controlling schemes can be of two types. The first is the motion-based switching control scheme. Whatever conventional explanation we have provided so far about occupancy sensing models is nothing but motion-based switching only. As stated before, here the delay period decides when the lights go off in a room. Naturally, smaller is the delay period, more are your savings on electricity bills.

The problem with these traditional occupancy sensing systems is that if you set a very small delay period for a room with an irregular frequency of visitors, it will eventually be very irritating for everybody. Similarly, if you prolong the turning off period extensively, you defeat the purpose of using sensors for energy efficiency. Hence, whatever be the case, buyers should first figure out the user behavior for every room and then select the occupancy sensing parameters.

Motion-based dimming is the second occupancy sensing control scheme. Here, everything remains the same, but after the delay period, lights automatically get dim to a preset intensity value. This is a better alternative in commercial spaces where visitors do not like returning to a pitch-dark room regularly.

●     Daylight-linked Lighting Control

In buildings and rooms with an ample amount of sunlight, lighting control schemes can be linked to the intensity and the duration of daylight availability. When adequate daylight penetration is available, people can either make use of daylight only or can use it to complement the illumination provided by their lamps. This way, the burden on the lighting equipment reduces, and consequently, the energy consumption also drops.

These daylight-linked lighting controls are also useful for common space light fixtures and any outdoor light. In sports facilities and parking lots, this control mechanism provides the best energy efficiency. For indoor commercial requirements, particularly for office spaces, if ample daylight is available, these control systems should definitely be put in place. This is because daylight in itself is considered a major driving force for visual comfort as well as productivity. Therefore, it will enable office workers to work with maximum focus, while not putting a major strain on themselves.

Over To You

Lighting control panel provides a modern, dynamic, and all-encompassing method for significant energy saving in lighting systems. A decline in the energy demands and the convenience of adjusting lights remotely is accessible through lighting control systems. elitedali is the leading enabler of lighting control and automation in the commercial sphere today! elitedali supports multi-sensors input devices with its Lighting Management System, thereby accommodating all kinds of usage requirements together. The in-built WebServer for managing lighting control interfaces makes it easy for us to monitor and provide assistance to customers comprehensively.

We offer a native solution for the Niagara Framework, the most popular building management system in the world. Thus, you don’t need any additional software to avail benefits of lighting control integration in your existing BMS. Lastly, by staying in touch with all major DALI manufacturers across the globe, we deliver the most advanced lighting control products to the Niagara community. Connected Lighting Controls, Daylight Harvesting, and Human Centric Lighting are the three areas of our prime expertise. To avail of our services and transform your commercial space, contact elitedali today.

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