Lighting plays a vital role in shaping the perception and atmosphere of a space. It has the power to evoke emotions, highlight key elements, and guide customers’ attention. In the context of branding, lighting becomes a powerful tool for conveying a brand’s personality and values. It can help establish a brand’s identity and leave a lasting impression on customers.
Custom Manufactured Lighting
Custom manufactured lighting is the process of designing and creating lighting fixtures specifically tailored to a brand’s requirements (find out more here). Unlike off-the-shelf options, custom lighting allows businesses to have complete control over the design, materials, and functionality of their lighting installations. This level of customisation ensures that the lighting aligns perfectly with the brand’s aesthetics and overall design plan.
Benefits of Custom Manufactured Lighting
Seamless Brand Integration: Custom lighting enables seamless integration of a brand’s visual identity within its physical space. By incorporating the brand’s colours, logos, and design elements into the lighting fixtures, businesses can reinforce their brand image and create a cohesive environment.
Enhanced Ambiance: Lighting can transform the ambiance of a space, making it more inviting, comfortable, or luxurious, depending on the brand’s desired atmosphere. Custom lighting allows businesses to create unique lighting effects that align with their brand values and enhance the overall customer experience.
Differentiation: Custom lighting helps businesses differentiate themselves from competitors. By showcasing distinctive lighting fixtures, brands can captivate attention, pique curiosity, and create a memorable experience that sets them apart.
Highlighting Key Elements: Whether it’s a product display, artwork, or architectural feature, custom lighting can be strategically designed to draw attention to specific elements, guiding customers’ focus and highlighting the brand’s key messages.
Factors to Consider for Custom Lighting
When opting for custom manufactured lighting, several factors need to be considered:
Brand Identity: The lighting design should align with the brand’s identity, values, and target audience. Whether it’s a sleek and modern look or a warm and cozy atmosphere, the lighting should reflect the brand’s personality.
Functionality: Lighting should not only enhance aesthetics but also serve practical purposes. It should provide adequate illumination for different areas, create the desired ambiance, and be energy efficient.
Durability: Custom lighting fixtures should be built to withstand the test of time, ensuring longevity and minimizing maintenance costs.
Choosing the Right Lighting Manufacturer: When opting for custom manufactured lighting, choosing the right lighting manufacturer is crucial. Look for manufacturers with a proven track record, experience in custom lighting projects, and a portfolio that demonstrates their capabilities. Consider their expertise, craftsmanship, and ability to bring your vision to life.
Cost Considerations: Custom manufactured lighting may involve a higher upfront investment compared to off-the-shelf options. However, the long-term benefits and impact on brand aesthetics make it a worthwhile investment. Consider the value it adds to your brand and the enhanced customer experience it delivers.
Custom manufactured lighting presents an opportunity for brands to enhance their aesthetics, create a unique atmosphere, and differentiate themselves in the market. By collaborating with the Aglo Custom team and considering factors like brand identity, functionality, and durability, businesses can achieve a visually captivating environment that leaves a lasting impression on customers.
Want to find out more about how we can help you with your custom manufactured lighting soluions? Contact us for more information.
In the competitive world of retail, creating a captivating shopping experience is crucial to attract customers and drive sales. While factors such as store layout, design and customer service play vital roles, one often overlooked aspect that can significantly impact a retail store’s success is proper lighting. The way a store is lit can enhance the overall ambiance, influence customer behaviour, optimize product visibility, and even contribute to energy efficiency.
Enhancing the Shopping Experience
A well-lit retail store creates an inviting and appealing atmosphere for customers. When customers walk into a store, the first impression they get is crucial. By using appropriate lighting techniques, retailers can create a warm and welcoming environment that encourages customers to explore further. Proper lighting can also be used strategically to highlight specific products, displays, or promotional areas, effectively guiding customers’ attention to key areas within the store.
Establishing a brand identity is another aspect where lighting plays a vital role. The colour temperature and intensity of lighting can be carefully selected to align with a brand’s look and feel. For instance, a high-end luxury store might opt for warm, soft lighting to create an atmosphere of elegance and sophistication, while a trendy fashion store might choose bright and vibrant lighting to convey a sense of energy and excitement.
Impact on Customer Behaviour
Lighting has a profound impact on human emotions and moods. Studies have shown that the right lighting can positively influence customer behaviour, leading to increased engagement and potential sales. By employing lighting techniques that evoke desired emotions, retailers can create a more enjoyable shopping experience and encourage customers to spend more time in the store.
Strategically placed accent lighting can draw attention to specific products or displays, making them stand out from the surroundings. This can create a sense of intrigue and curiosity, prompting customers to explore further and potentially make impulse purchases. Additionally, lighting can be used to guide customers through the store, creating a natural flow and enhancing the overall customer journey.
Optimizing Product Visibility
Proper lighting is essential for showcasing products effectively. It can accentuate product features, textures, and colours, making them more appealing to customers. By reducing shadows and glare, retailers can ensure that customers can view products clearly and evaluate them accurately.
The colour accuracy of lighting is particularly important in retail. Different lighting temperatures can significantly alter the appearance of colours. By selecting the appropriate colour temperature, retailers can ensure that products are presented in their true colours, enhancing their visual appeal. For example, clothing stores often use neutral or cool lighting to accurately represent the colours of garments, while jewellery stores may use warm lighting to enhance the sparkle and brilliance of gemstones.
Energy Efficiency and Cost Savings
While the aesthetic and functional aspects of lighting are important, retailers also need to consider energy efficiency and cost savings. Traditional incandescent or fluorescent lighting consumes a significant amount of electricity and generates heat, resulting in higher energy bills and additional cooling costs. In contrast, modern LED lighting offers a more energy-efficient solution.
The Mondolux High Efficacy Series goes that step further, with exceptional performance, energy savings, and cost reductions. Its cutting-edge technology, top-of-the-line engineering, and remarkable adaptability set a new benchmark in efficiency and lifespan.
Types of Lighting Techniques
To achieve the desired lighting effects, retail stores can employ various lighting techniques. Ambient lighting serves as the overall illumination in a space, providing a comfortable level of brightness. Task lighting focuses on specific work areas or product displays, ensuring proper visibility and highlighting details. Accent lighting is used to draw attention to specific features or create focal points within the store. By combining these techniques, retailers can create a visually appealing and dynamic lighting environment.
Design Considerations
Proper design and placement of lighting fixtures are crucial to achieving the desired effects in a retail store. Aglo Lighting Designers consider the store’s layout, product placement, and customer flow when determining the placement and distribution of lighting sources. Layering different types of lighting can add depth and dimension to the space, creating visual interest. Additionally, the colour temperature and intensity of light are selected carefully to align with the store’s branding and the desired shopping experience.
Proper lighting is a critical element for the success of retail stores. By creating an inviting atmosphere, influencing customer behaviour, optimizing product visibility, and considering energy efficiency, retailers can enhance the overall shopping experience and drive sales. Through careful design, selection, and implementation of lighting strategies, retail stores can differentiate themselves in a competitive market and leave a lasting impression on customers. Seeking professional advice from Aglo can provide valuable insights and ensure optimal lighting solutions for your store’s specific needs.
Want to find out more about how we can help you with your retail lighting? Contact us for more information.
When it comes to commercial spaces, lighting plays a pivotal role in creating an inviting ambiance while enhancing productivity. In this article, we will explore the top trends in commercial lighting that are transforming businesses and helping them shine brighter. Whether you own a retail store, a restaurant, or an office space, incorporating these trends into your lighting design will not only make a statement but also attract customers and elevate your brand.
LED lighting has become the go-to choice for commercial spaces due to its unmatched energy efficiency and longevity. LEDs consume significantly less energy than traditional lighting options, resulting in reduced utility bills and a smaller carbon footprint. The Mondolux High Efficacy Series goes that step further, revolutionizing the lighting industry by delivering unparalleled performance, significant energy savings, and cost reductions. Boasting cutting-edge technology and top-of-the-line engineering, the HE Series sets the bar high with its exceptional efficiency, long lifespan, and remarkable adaptability.
2. Human-Centric Lighting: Putting People First
Human-centric lighting focuses on the well-being and comfort of individuals within a space. It considers the impact of lighting on human circadian rhythms and overall mood. By adjusting the colour temperature and intensity of light throughout the day, businesses can create an environment that promotes productivity, concentration, and relaxation. Incorporating human-centric lighting solutions can positively influence employee morale, customer experience, and even sales.
3. Smart Lighting Systems: Integrating Technology for Efficiency
The rise of smart technology has paved the way for intelligent lighting systems such as Casambi that offers unmatched control and efficiency. With smart lighting, businesses can automate lighting schedules, adjust brightness levels remotely, and even integrate with other smart devices for a seamless experience. These systems not only enhance convenience but also allow for precise energy management, resulting in substantial cost savings over time.
4. Architectural Lighting: Transforming Spaces into Art
Architectural lighting is all about turning commercial spaces into captivating visual experiences. It involves highlighting architectural features, creating focal points, and setting the desired mood through carefully curated lighting techniques. By working with lighting experts and designers, businesses can transform their storefronts, lobbies, or event venues into stunning works of art that leave a lasting impression on customers and guests.
5. Sustainability and Energy Efficiency: A Key Priority
In an era of increasing environmental awareness, businesses are placing a strong emphasis on sustainable practices. Energy-efficient lighting solutions not only reduce electricity consumption but also align with corporate social responsibility goals. By incorporating eco-friendly lighting options such as Mondolux HE Series, businesses can contribute to a greener future while enjoying the benefits of long-term cost savings.
6. Lighting Control Systems: Empowering Business Owners
Lighting control systems such as Casambi provide business owners with the ability to customise and manage their lighting effortlessly. These systems offer intuitive interfaces that allow for easy adjustments, creating personalised lighting scenes, and even monitoring energy usage. By putting the power in the hands of business owners, lighting control systems ensure maximum flexibility and enable efficient resource allocation.
Sustainability refers to the ability to maintain ecological balance by meeting current needs without compromising future generations’ ability to meet their needs. Environmental responsibility, on the other hand, is the commitment of businesses to reduce their impact on the environment by adopting eco-friendly practices. In commercial lighting, this translates to using energy-efficient lighting systems, minimising waste, and selecting environmentally friendly materials.
Importance of Sustainable Commercial Lighting
Energy Efficiency
Sustainable commercial lighting is designed to consume less energy compared to traditional lighting systems. Energy-efficient lighting reduces the demand for electricity, which in turn decreases the consumption of natural resources used to generate power. This helps to alleviate the strain on the environment and conserve resources for future generations.
Reduced Carbon Footprint
By using sustainable lighting solutions, businesses can significantly reduce their carbon footprint. Traditional lighting systems, like incandescent and halogen bulbs, emit large amounts of carbon dioxide and other greenhouse gases. Switching to eco-friendly lighting options helps mitigate the harmful effects of these emissions on the environment.
Cost Savings
Although the initial investment for sustainable lighting systems may be higher, the long-term cost savings are significant. Energy-efficient lighting solutions typically have a longer lifespan, require less maintenance, and consume less power, resulting in substantial cost savings over time.
Types of Sustainable Commercial Lighting
LED Lighting
Light Emitting Diode (LED) lighting is a popular choice for sustainable commercial lighting due to its energy efficiency and long-life span. LEDs consume significantly less power than traditional lighting systems and can last up to 25 times longer than incandescent bulbs. Moreover, they do not contain hazardous materials like mercury, making them a more environmentally friendly option.
Solar-powered Lighting
Solar-powered lighting systems harness the sun’s energy to power lights, making them an eco-friendly and cost-effective solution. These systems can be used both indoors and outdoors, reducing the reliance on grid electricity and decreasing carbon emissions.
Smart Lighting Systems
Smart lighting systems, such as Casambi use advanced technology, such as sensors and automation, to optimize energy consumption. These systems can detect occupancy, adjust brightness based on natural light levels, and be controlled remotely, making them an energy-efficient choice for commercial spaces.
Best Practices for Implementing Sustainable Commercial Lighting
Choosing High-quality Lighting Solutions
Investing in high-quality, energy-efficient lighting products such as Mondolux HE Series which ensures long-lasting performance and reduced maintenance costs.
Maximising Natural Light
Utilising natural light is an eco-friendly and cost-effective way to illuminate commercial spaces. Lighting design strategies, such as taking large windows and skylights into consideration can help maximise the use of natural light and reduce the need for artificial lighting.
Regular Maintenance
Maintenance of lighting systems is crucial to ensure optimal performance and energy efficiency. Regular cleaning, timely replacement of worn-out components, and upgrading outdated systems can help businesses maintain sustainable lighting practices.
Sustainability and environmental responsibility in commercial lighting are vital for businesses aiming to reduce their environmental impact and save on energy costs. By adopting energy-efficient lighting solutions like LEDs, solar-powered lighting, and smart lighting systems, companies can contribute to a more sustainable future. As technology advances, businesses can look forward to even more innovative and eco-friendly lighting solutions to meet their needs.
Do you need assistance with your commercial lighting requirements? We are here to help you find the best solutions for your specific needs. Contact us today and let us help you create a brighter, more sustainable future for your business.
Lighting is more than just a functional necessity. It’s an essential part of interior design and creating the right atmosphere. Colour temperature is one of the most critical aspects of lighting design. Understanding the differences between colour temperatures in lighting can help you make informed decisions about your lighting choices. In this article, we will explore what colour temperature is, how it is measured, and the different types of colour temperatures available.
What is Colour Temperature?
Colour temperature refers to the appearance of light produced by a light source. It is measured in Kelvin (K) and can range from warm to cool. A warm light source will have a lower colour temperature, while a cool light source will have a higher colour temperature. Warm light sources tend to emit a yellowish-orange light, while cool light sources emit a bluish-white light. The colour temperature can affect the mood and productivity of a space.
How is Colour Temperature Measured?
Colour temperature is measured in Kelvin (K), which is a unit of absolute temperature. The Kelvin scale starts at absolute zero, which is -273.15°C. The colour temperature of a light source is determined by comparing it to a black body radiator. A black body radiator is an object that absorbs all radiation that falls on it, and it emits radiation according to its temperature. When a light source is compared to a black body radiator, the temperature of the black body radiator that emits the same colour of light is used to determine the colour temperature of the light source.
The Different Types of Colour Temperatures
There are several different types of colour temperatures available, and each one has a different effect on the atmosphere of a space. Let’s take a closer look at the four most common types of colour temperatures.
Warm White (3000K)
Warm white is the most common colour temperature used in residential settings. It has a warm, yellowish-orange glow and is often used in living rooms, bedrooms, and dining rooms. It can also be used in commercial settings, such as restaurants and hotels, to create a warm and inviting atmosphere. In a retail environment, Whites may appear ‘washed-out’. Warm white colour temperature is not ideal for stores with white walls and ceilings.
Neutral White (3500K)
Neutral white has a slightly cooler appearance than warm white and is often used in workspaces and retail settings. It provides a balance between warm and cool tones and can help improve colour accuracy in tasks that require attention to detail. Whites still appear white. Reds and browns are vibrant.
Cool White (4000K)
Cool white light produces a bright and crisp light that mimics the colour of daylight. Can look clinical if compared to a 3000K store that is in direct proximity. It’s ideal for workspaces, garages, and outdoor areas. Cool white lighting can also be used in modern and minimalist spaces to create a clean and fresh ambiance.
Daylight (6500K)
Daylight lighting is the brightest and coolest lighting option. It’s ideal for spaces that require high levels of brightness, such as warehouses, factories, and hospitals. Daylight lighting can also be used in art studios and photography studios to provide accurate colour representation.
How to Choose the Right Colour Temperature for Your Space
Choosing the right colour temperature for your space depends on various factors such as the purpose of the space, the colour of the walls, and the mood you want to create.
Consider the Purpose of the Space: The purpose of the space plays a crucial role in choosing the right colour temperature. For instance, warm white lighting is ideal for creating a relaxed ambiance in bedrooms and living rooms, while cool white lighting is perfect for workspaces and garages.
Consider the Colour of the Walls: The colour of the walls can affect the colour temperature of the lighting. For instance, warm white lighting can make yellow walls look more vibrant, while cool white lighting can make blue walls appear cooler.
Consider the Mood You Want to Create: Different colour temperatures can create different moods in a space. For instance, warm white lighting creates a cozy and intimate atmosphere, while cool white lighting creates a bright and energizing feel.
Choosing the right colour temperature in lighting is crucial for creating the desired atmosphere and mood in a space. Understanding the differences between colour temperatures can help you make an informed decision when choosing your lighting.
Want to learn more or need some assistance deciding what the right colour temperate is for you? Contact us to discuss your requirements.
Lighting plays a key role in the visual environment of any space. The quality of lighting is measured by various metrics, such as the Colour Rendering Index (CRI), Colour Quality Scale (CQS) and TM-30. These three metrics provide insight into how accurately colours appear under different light sources, but there are distinct differences between them which need to be understood to ensure the best lighting for any given application. In this article, we will explain the differences between CRI, CQS and TM-30, and discuss how they can be used to measure the quality of a light source.
CRI (Colour Rendering Index)
The Colour Rendering Index (CRI) is the most widely used metric for evaluating light sources. It measures the ability of a light source to accurately render colours compared to a reference light source, with higher scores indicating better colour rendering. CRI is expressed as a number between 0 and 100, with higher numbers indicating better colour fidelity. However, it does not provide an accurate measure of how realistic or natural colours appear under different light sources, making it less suitable for applications where colour accuracy is paramount.
The history and criticism
The Colour Rendering Index (CRI) is a scale from 0-100 which measures the quality of light. It was originally developed in 1976 by the International Commission on Illumination (known as CIE) with the goal of providing an objective measure for the effectiveness of simulated daylight or artificial lighting. High CRI has become increasingly important in recent years, particularly due to the rise of LED lighting products, since low CRI can have noticeable detrimental effects such as inaccurate representation of colour and accentuating unflattering skin tones. However, while its popularity is undeniable, it has also been subject to criticism due to certain issues that its calculation presents.
The Colour Rendering Index (CRI) is a numerical scale used to quantify how accurately colours are rendered under a particular light source when compared to natural sunlight or incandescent light. It measures colour fidelity by comparing 8 standard colours samples under both the test source and a reference illuminant, such as Daylight illuminant D65 or incandescent A. A score between 0-100 is then calculated based on how closely these two sources match; higher scores indicate greater accuracy in colour rendering compared to natural sunlight or incandescent illumination when viewed from specific angles. This score helps consumers understand an artificial light’s capability in accurately rendering colour information when illuminating physical objects or images.
Despite this, there have been criticisms about CRI’s efficacy and relevance – specifically, whether the method accurately and comprehensively quantifies colour rendition in modern lighting technologies such as LEDs versus traditional light sources such as tungsten filaments or sodium lamps (used primarily for street lighting). Certain issues raised include:
1) Limitations in testing range– CRI only tests 8 shades which may not be sufficient enough to compare complexly coloured environments/ wallpapers/ fabrics etc. which involves multiple hues and saturation levels
2) Limited usefulness – Experiments show that Ra values remain relatively constant even if many other lighter factors like brightness change – making it difficult to judge true colour rendition
3) New technologies & techniques – More advanced LED chips use multiwavelength radiation techniques but are still tested using single wavelength methods – leading certain researchers to speak out against using CRI at all
Despite these reservations, much research continues into alternative methods for assessing colour rendering including analysing colour coefficients instead of breaking down chromaticity coordinates with CIELAB data formats and vector diagrams commonly used for measuring angles between primaries etc., however none have yet reached reliability or standardisation comparable with the already established CRI system just yet . To conclude, one should always treat measurements provided by manufacturers results accordingly, especially bearing in mind that each application requires a different level of evaluation and judgement despite past and present criticisms surrounding coloured rendering index.
Colour Quality Scale (CQS)
The history and criticism
The Colour Quality Scale (CQS) is used to measure the inherent colour quality and consistency of a material. This scale was developed by the International Commission on Illumination (CIE) in 1995 and has since been widely implemented as a universal tool for colour evaluation purposes. It establishes a set of standards used to compare colours and assess their compliance with established quality requirements.
History of CQS: The development of the Colour Quality Scale dates back to the mid 1990s when the CIE published its initial version (CIE 116:1995). This first version provided methods that could be used to judge acceptable colour differences between two objects under different lighting conditions. In 2008, an update was released which further refined these standards: CIE S022/E2010. This version updated tolerances for material colours as well as other factors such as surface gloss, texture, and contrast ratio.
Certification Process for CQS: According to the IEC 60086-5 standard, materials need to meet certain criteria in order pass through a testing process for certification under CQS. Firstly, all samples must be delivered pre-tested according to ISO 11477 or NEMA 250 standards, so that they can be further compared against one another accurately. Samples are then tested on a spectrophotometer using a sample strip test showing the amount of reflectance or transmittance exhibited by each colour shade being observed under various lighting conditions. The readings are then compared with consensus values compiled from multiple observers’ evaluations before final results regarding colour stability and quality can be achieved and issued under accordance with current testing protocol regulations (IEC 60086).
Criticism: Despite being widespread in use globally over many industries, many have voiced their criticisms over this scale due its mandatory use standards put out by IEC 60086-5:2016 limits it restricts professional manufacturing companies from providing customers with specific instructions on how best to implement Colour Quality Scales into internal company processes via guidelines specified by enterprise regulations or customer demand in certain cases outcomes may differ slightly from original predictions based upon inconsistencies within actual testing environments or changes in raw material formulation during production procedures .
TM-30
TM-30 is the latest metric for evaluating light sources. It was developed to provide an even more accurate measure of how realistic or natural colours appear under different light sources than either CRI or CQS. Unlike CRI and CQS, which are expressed as a single number between 0 and 100, TM-30 provides three separate metrics: Rf (Colour Fidelity Index), Rg (Gam ma Index) and Rd (Red Index). These three metrics provide a detailed breakdown of how accurately colours appear under different light sources, and can be used to determine the best light source for specific applications.
The Beginning of TM-30
TM-30 was officially launched in January 2016 after years of research conducted by experts at IES. The aim was to provide a more comprehensive measure than traditional Colour Rendering Index (CRI) that takes into account more aspects of colour rendition, rather than just hues. The system encompasses several metrics including Colour Fidelity Index Rf (CFI) which aims to determine how faithfully colours are depicted under various lighting conditions, and Gamut Area Index GAI which reveals the overall size and shape of colour gamut when illuminated by different light sources.
Criticisms Of TM-30
Though widely accepted as an improvement on CRI measurements, some experts have voiced concerns about TM-30’s complexity and lack of data about its practical benefits compared with CRI rating systems. Others have suggested that it’s overly inefficient as far as task illumination is concerned or doesn’t take into account important factors like flicker or glare. It should also be noted that while CRI ratings are internationally recognised, much less widespread acceptance exists for TM-30 outside North America.
Advantages and disadvantages
The main advantage of CRI is that it is the most widely used and accepted metric for measuring colour fidelity. It is also relatively simple to understand, making it a good choice for general lighting applications. However, its accuracy is limited when it comes to accurately rendering colours under different light sources.
The main advantage of CQS over CRI is that it provides a more accurate measure of how realistic or natural colours appear under different light sources. This makes it a better choice for applications where colour accuracy is paramount. The main disadvantage of CQS compared to CRI is that it requires more complex calculations and can be more difficult to understand.
TM-30 provides the most detailed breakdown of colour accuracy available, making it an ideal choice for applications where colour accuracy is critical. The main disadvantage of TM-30 compared to CRI and CQS is that it requires the most complex calculations and can be the most difficult to understand.
Overall, each of the three metrics has its own unique advantages and disadvantages. CRI is the most widely accepted metric and provides a good overall measure of colour fidelity. CQS offers an improved level of accuracy, while TM-30 provides the most detailed breakdown available. Choosing the right metric for any given application depends on the specific requirements and desired outcome. For example, if an application requires more accurate colour rendering, then using TM-30 would be recommended; however, if colour accuracy is not as critical, then CRI or CQS may be sufficient. Ultimately, it is essential to understand the differences between all three metrics in order to choose the best light source for any given application.
In conclusion, CRI, CQS and TM-30 are all metrics used to measure the quality of lighting. However, each one provides a different level of accuracy when it comes to measuring how accurately colours appear under different light sources. CRI is the most widely used metric and provides a good overall measure of colour fidelity. CQS offers an improved level of accuracy, while TM-30 provides the most detailed breakdown of colour accuracy available. By understanding the differences between these three metrics, it is possible to choose the best light source for any given application.
Want to find out more or need further information? Get in touch with our team or contact 1300 601 931 for further information.
Cyanosis is a medical condition characterised by a bluish tint to the skin and mucous membranes, caused by a lack of oxygen in the blood. This can be caused by a variety of factors, including heart and lung disease, as well as exposure to certain chemicals and toxins.
One of the key factors in the diagnosis and treatment of cyanosis is proper lighting. To accurately assess the skin colour of a patient with suspected cyanosis, it is important to have bright, consistent lighting that is able to accurately represent the true colour of the skin.
One of the most used types of lighting for this purpose is natural daylight, as it provides a neutral and consistent light source that can help to accurately assess skin colour. However, in cases where natural daylight is not available, other types of lighting can be used, such as halogen or LED lights.
It is also important to consider the surrounding environment when assessing a patient with suspected cyanosis. For example, lighting that is too bright or too dim can make it difficult to accurately assess the skin colour, and the use of certain types of clothing or bedding can also have an impact on the appearance of the skin.
How does lighting treat Cyanosis?
In addition to being used for diagnostic purposes, light therapy can also be used to help prevent and treat cyanosis. Light therapy is a medical treatment that involves exposing the skin to specific wavelengths of light to treat various medical conditions. The wavelengths of light used in light therapy are typically blue or green spectrum, which is effective in treating cyanosis. For example, providing patients with exposure to bright light can help to stimulate the production of oxygen in the blood, while avoiding exposure to certain chemicals or toxins can help to prevent the development of cyanosis in the first place.
Light therapy is typically administered through special light-emitting diode (LED) lights, which emit a narrow band of light in the blue or green spectrum. The lights are placed close to the skin and are usually left on for several minutes, several times a day, depending on the severity of the condition.
Overall, proper lighting is an essential component of the diagnosis and treatment of cyanosis. By providing bright, consistent light sources and considering the surrounding environment, healthcare professionals can more accurately assess and treat patients with this condition.
In addition to treating cyanosis, light therapy is also used to treat a wide range of other medical conditions, including depression, psoriasis and acne. It is a safe and effective treatment that does not cause any harmful side effects, making it an ideal treatment for many patients.
Working on a medical setting design, renovation or construction project?
We offer contractors and businesses across Australia energy-efficient, cost-effective, and timely lighting solutions for their projects. Get in touch with us to learn more about our lighting products for your next project.
Luminous efficacy is a measure of how well a light source produces visible light. It is the ratio of luminous flux to power, measured in lumens per watt (lm/w) in the International System of Units (SI).
What is Efficiency?
Efficiency refers to the amount of light output from a LED light source in relation to the amount of electrical power it consumes. It is usually expressed as a ratio or percentage and measures how much light is produced per watt of electricity used. The higher the efficiency, the more energy-efficient the LED light is and the less heat it generates.
LED Efficacy vs. LED Efficiency
LED efficacy and LED efficiency are two important factors to consider when choosing LED lighting. Efficacy refers to the amount of light that an LED produces per unit of power, while efficiency refers to the percentage of power that an LED converts into the light.
LEDs are known for their high efficacy compared to other types of lighting, such as incandescent or fluorescent bulbs. This means that they produce a lot of light using very little power. For example, an LED light with an efficacy of 100 lumens per watt (lm/W) will produce 100 lumens of light using only 1 watt of power.
The efficiency of an LED, on the other hand, refers to the percentage of power that is converted into light. For example, an LED with an efficiency of 80% will convert 80% of the power it uses into light, while the remaining 20% is lost as heat.
One of the benefits of LEDs is that they are highly efficient, with efficiencies of up to 95%. This means that they convert most of the power they use into light, making them an energy-efficient option for lighting.
However, efficacy and efficiency are not the only factors to consider when choosing LED lighting. Other factors, such as the colour temperature and colour rendering index of the LED, can also affect the quality of the light produced.
Overall, LED lighting offers a combination of high efficacy and high efficiency, making it a popular choice for energy-efficient lighting. By choosing LED lights, you can reduce your energy consumption and save money on your energy bills, while also enjoying high-quality lighting.
Why is Efficacy important?
The luminous efficacy of lighting devices is important in terms of energy efficiency and electricity consumption, since luminaires with low efficacy will require more electrical power to produce the luminous flux required for illumination. Although the lost energy is converted to heat, and that heat may contribute to the required room heating.
A light engine with a high efficacy will be able to produce more lumens per watt of energy used. This means that light engines with a higher efficacy are more efficient and are cheaper to run than a light engine with a lower efficacy with the same lumen output. Therefore, efficacy can be very important with luminaires that are run for long periods of time (such as street lighting) or for customers who are looking to reduce their energy costs.
Mondolux High Efficacy Range
When looking for a standard LED Downlight or track light, one would typically find efficacy values between 75 to 95lm/w, our Mondolux High Efficacy range offers an efficacy of 130lm/w to 160lm/w across its downlight and track light range. This means the Mondolux HE range can offer a luminaire with high photometric value CRI>90 CQS>90 while providing you with a much more efficient and energy-saving product.
Case study:
Using the Mondolux High Efficacy range, how much greenhouse gas emissions can be saved in a retail store with 100 x Tracklights and 50 x Downlights when compared with standard products:
GREEN HOUSE GAS EMISSIONS AND EQUIVALENCIES SAVINGS
Total Power Savings:
7,031 kWh (p.a.)
Carbon dioxide emissions generated from electricity usage:
1.070 Kg CO2/KWh
Green House Gas Emission Reduction:
7523.571 Kg of carbon dioxide equivalent (tCO2e) (p.a.)
The Blue Mallee Eucalyptus tree seedlings grown for 14 years:
My title here at Aglo Systems is Supply Chain & Technical Manager, I am passionate about technology and enjoy learning, investigating and providing the best solution for our projects and clients. When I first joined Aglo back in 2016, I worked in the Supply Chain department. Due to my engineering background, lighting and lighting control intrigued me and became my passion. This passion drove me to look after the technical side of the business where I am responsible for investigating the latest technology and providing solutions for the best client experience.
I first learnt about Casambi in 2018 and followed the technology closely as I liked the idea of a wireless control system that provides the full solution for lighting control in a commercial setting. By 2019, I started testing the ecosystem’s products and integrating Casambi into our Mondolux product range. Casambi fuelled my passion for technology; in particular, its compatibility with most luminaires and lighting control systems whilst ticking all the boxes. From a key benefit perspective, Casambi provides a fully wireless solution for lighting projects. It is completely scalable and is compatible with standard dimming where you can mix, and match based on the requirement. Casambi has a very user-friendly UI and is simple to operate, meaning the client doesn’t need to worry about lighting control and commissioning. In terms of maintenance, Casambi is superior when compared to other solutions. In the case of a failed luminaire, for example, you would usually need to replace the luminaire and resource a commissioner to recommission and replace the fitting. In the same scenario, the maintenance requirements are straightforward with Casmabi. As all information including automation, scenes, etc. is stored in the mesh by replacing the node automatically obtains information from the mesh network and operates as previously set.
Casambi was initially incorporated within the business across small scale projects where cost savings on control and wiring was required. Casambi products were then integrated within our Mondolux product range so that we could provide a full solution for lighting control. I initially received training on commissioning with Casambi via online courses and subsequently due to the client and project demand went through the enhanced training and competence assessment at their headquarters in Finland to obtain the certification. The Casambi commissioning competence assessment evaluated my ability to create and commission multiple Casambi networks and comprised of multiple programming tasks. I am proud to be a certified Casambi commissioner to provide confidence and state of the art technology to our clients. After all, the future of lighting control is wireless.
Aglo Systems provides commercial and retail lighting solutions, as well as custom manufactured architectural features. We are proud to be a technology and solution-based provider. We are Australia’s newest Casambi certified commissioning partner. Casambi technology can be integrated into fixtures, luminaires, and even LED modules, resulting in an optimal solution in terms of simplicity of installation and operation with the least amount of additional hardware and deployment expenses. Discover more about Casambi and how we can assist you with your next project.
The future of lighting control is wireless, join us to discuss all things Casambi, followed by a Photometrics demonstration while warming yourself with mulled wine…
We are Australia’s newest certified Casambi commissioning partner, meaning we have the latest technical expertise, knowledge and products to assist you in all of your wireless control requirements. In the digitally enabled environments we live and work, Casambi delivers the most robust and future-proof wireless lighting control solution to support automation and maintenance. Casambi works for all your projects, no matter what the size. The non-invasive nature of the Casambi solution makes it perfect for retrofitting, as well as for new building projects.
Join us in our Photometrics Lab for a behind-the-scenes look into Viso’s latest ‘Goniospectrometer’ technology. Discover the basics of luminaire testing in action, from calibration to photometric file and data-sheet generation. We will also explore how this new technology can enhance the accuracy of a lighting design.
Presenters:
Lucas Zumpolle – Managing Director
James Gower – Lighting Design Team Leader (Tech. IES)
James Joudi – Supply Chain Manager (M. Sc Industrial Engineering)
Leanne Reardon – Business Development Manager (Tech. IES)
Pradeep Mylavarapu – Product Manager
Location: Aglo Systems, 10 Plane Tree Avenue, Dingley Village, 3172
Date: Tuesday 24th May 2022 Time: 6pm onwards RSVP: 10th May 2022
1300 601 931