Phi Lighting Focus brochure Dec 2016

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Conn ec t your world

F cus 2

Phi Lighting Focus

Connect your world.

So much tech in so little space.

Light, technologies

A new generation of

ways for Phi to develop

and services have

connectivity allows

an ecosystem which

been made available

lighting to support

enables lighting to be

in fragmented ways

features and services

personalised whilst

and presented to the

that have not

enjoying limitless

user with unfamiliar

previously been within

applications.

interfaces. Quite

reach, giving lighting

simply, today’s user

designers, architects,

wants technology

end users, occupiers

to serve their ever-

and facilities managers

changing needs.

an important enabler for the Internet of Things.

This interconnected world presents new

Focus is a remarkably intelligent system created to enhance a user’s experience, wellbeing and comfort with just a simple touch.

So much tech has gone into this light‌so you could get even more out of it.

Conne c t your world

Focus Phi Lighting

3

Human Centric Lighting (HCL) Tunable White

Colour appearances of

Colour

Lighting (TWL)

TWL can be modulated

Create an outstanding

Studies have found that

from warm to cold

aura by changing the

exposing occupants to

according to a pre-

ambience of your room

natural full-spectrum

determined profile

simply with a touch of

LED – which supports

corresponding to the

your smartphone or

the human circadian

approximate behaviour

tablet. All the colours

rhythm – can increase

of sunlight moderated

of the rainbow will

overall well-being.

by the atmosphere.

flood your interior to create that perfect environment.

Changes in the light in the course of a day

08:00

09:00

10:00

Well-being

SAD

Light has a great effect

Using HCL helps to

on 11:00

our12:00 bodies and 13:00

14:00

reduce 15:00 the debilitating 16:00 17:00

influences our moods

and depressive

and activity levels. The

behaviours of SAD,

model of developing an

such as excessive

LED, HCL community

sleepiness and fatigue.

in student, living or

Light therapy makes

workplace environments

up for the lost sunlight

not only increases

exposure and resets

concentration but

the body’s internal

improves motivation.

clock, creating the best

In turn this reduces

possible condition whilst

stress and anxiety and

staying indoors.

also represents good value for money by improving overall health and well-being.

Focus 4

Phi Lighting Focus

08:00

09:00

10:00

11:00

12:00

13:00

14:00

15:00

Biologically effective changes in the light

16:00

17:00

Focus Phi Lighting

5

An extract from the White Paper on:

Transforming Wellbeing with Human Centric Lighting and the IoT

Internet

Things

of

Light-based technologies and services have been made available to users through fragmented design, presented in intimidating and unfamiliar interfaces –

until now.

In the wrong light Most of us spend 90% of our time indoors with artificial lighting increasing our chances of dangerous side effects such as diabetes, depression, SAD, anxiety, cancer, and Alzheimer’s, as well as reducing the quality of sleep and contributing to obesity.

The Science of Light As we spend more time indoors, we rob ourselves of the natural light cycle. The power of natural sunlight is undeniable, yet it is a luxury that few can afford. When we use Human Centric Lighting combined with the power of the IoT to create light changes that mimic the sun, providing us with those same benefits.

Trends and Innovations When lighting can be altered for preference and benefit, it can be tied into and controlled by the IoT, creating a customised environment.

It is predicted that both business and government entities will take on the IoT en masse to improve quality of life for its occupants.

Keeping ahead in a changing world Implementing Human Centric Lighting as part of the IoT can change how we live and work.

It can be applied to any indoor environment beyond the home and office, including education, retail, healthcare, and travel and hospitality.

90% Time indoors

68% Employees complain about lighting

92%

✓

Positive effect

33% Increase in student Performance

Conclusion The question is no longer why use HCL+IoT options, but why risk living without it. Light that mimics the sun and automates to our environment can have overwhelming benefits, while dated lighting is detrimental to health and well-being.

Shoppers, patients, students, and travellers can all benefit from the right lighting, accessed with ease through the IoT. HCL+IoT goes beyond producing light, translating into tangible health benefits and reduced costs.

Read the full White Paper online

Focus 6

Phi Lighting Focus

Internet of Light (IoL) Connectivity

Personalisation

Data

Environments

Make all your devices

Users have the

A clever and efficient

LEDs can help reduce

happy by creating an

technology and

way to control your

carbon emissions, are

ecosystem for wireless

capability to create

space wisely.

mercury free, have

connectivity.

bespoke lighting

improved lifespan and

themes.

attract no maintenance fees whilst saving energy.

Audio

Mood lighting

Charging

Maintenance

Integrated speakers

All light fittings within

Designed to minimise

Increased life

allow users to immerse

the range can be

your space from the

equals decreased

themselves in their

controlled through a

unnecessary clutter of

maintenance with

favourite music.

smartphone or tablet.

charging leads using

minimal degradation of

Users adjust the mood

the latest charging

light output eliminates

and intensity of lighting

technology.

the cost of lamp

Bluetooth

Wireless

to create their desired

replacements and

ambience.

regular maintenance.

Direct

Direct/Indirect

Indirect

Mounting

Static LED

Tunable white

k

00

2,7

USB

Detection

POE

Energy

Environmentally friendly

LEDs

6,0

00

k

Focus Phi Lighting

7

Transforming Wellbeing with Human Centric Lighting and Internet of Things Everyday objects have a new purpose as the Internet of Things (IoT), a development of internet connectivity in which everyday objects have network capabilities, allowing them to send and receive data is transforming the way we live, work and interact with our environments and now, they interact back, and lighting is no exception.

The IoT is reshaping the lighting industry with smart and wearable devices designed for human interaction, ushering in a new era for the lighting industry and its consumers.

Introduction Light-based technologies and services have been made available to users through fragmented design, presented in intimidating and unfamiliar interfaces – until now.

In a new generation of connectivity, lighting can support features and communicate beyond turning on and off. These contemporary services give lighting designers, architects, end-users, occupiers and facilities managers the tools to create their own Internet of Things.

The IoT creates a personalised ecosystem, enabling custom lighting opportunities that can improve wellbeing while connecting applications that were once fragmented.

This white paper explores the connections between the evolution of lighting with its relationship to the IoT, and the importance for more widespread adoption of Human Centric Lighting in education, workplace, hotels and healthcare environments.

In The Wrong Light With the invention of electric light came radical change, ushering humans indoors for longer periods of time. A life once dominated by the sun, now worships artificial light.

Daily life adopted a new freedom indoors, and a new set of problems to go with.

The sun defines our natural circadian rhythm, waking us up and lulling us to sleep at reasonable times. In a 1981 study, Dr. Charles Czeisler of Harvard Medical School demonstrated that daylight maintains a person’s internal clock, aligning us with the environment (1). He found that indoor artificial lighting can suppress melatonin production, inducing adverse consequences: reducing quality of sleep, contributing to obesity, diabetes, depression, SAD, anxiety, cancer and other diseases such as Alzheimer’s (2)(3)(4)(5).

Most of us spend 90% of our time indoors with artificial lighting (6), increasing our chances of these dangerous side effects.

We now know it’s non-optimal for us, not just physically, but mentally as well. A study by the American Society of Interior Design found that 68% of employees complain about the lighting situations in their offices, with it affecting their productivity and concentration.

Humans need a balance of both darkness and light. However, lighting, as we know it will not provide the right balance.

The Science of Light The “colour” of sunlight changes as it shines through different points in the atmosphere. As the sun rises, light levels increase and shift towards cooler temperatures.

While the setting sun creates lower light levels and a warmer glow. These natural changes in “colour” tell our brain when to wake up and when to go to sleep (7).

Throughout the day, daylight signals our brain to release appropriate amounts of dopamine and serotonin, creating sensations of pleasure, alertness, coordination, and impulse control. Cortisol flows throughout the day enabling stress responses, and decreases in the evening, relaxing us. As the sun sets, melatonin increases, creating additional relaxation and preparing us for sleep (7).

According to an international light and wellness study (12), workers in windowless environments reported higher physical problems, lower vitality, and poorer sleep quality.

Sleep quality plays a huge role in well-being and cognition. Reduced sleep quality can cause short-term impairments including memory loss, slower psychomotor reflexes, and diminished attention.

Meanwhile, workers with windows, and therefore sunlight, had more physical activity, better sleep patterns, and a higher general quality of life (12). A study by the California Energy Commission also examined the power of sunlight in the workplace. Better access to natural lighting through windows consistently predicted better performance by 83% and slept an average of 46 minutes more per night (13). By placing people at the heart of design and working to the Well Building standard, we have the ability to add meaningful value by generating savings and enhancing health and wellbeing. Overall, the evidence is unequivocal; 92% of people who work in a Well Certified environment said the space created had a positive effect (14).

As we spend more time indoors, we rob ourselves of the natural light cycle. The power of natural sunlight is undeniable, yet it is a luxury that few can afford. When we use Human Centric Lighting combined with the power of the IoT to create light changes that

mimic the sun, providing us with those same benefits.

Trends and Innovations When lighting can be altered for preference and benefit, it can be tied into and controlled by the IoT, creating a customised environment. It is predicted that both business and government entities will take on the IoT en masse to improve quality of life for its occupants (9).

By creating a custom network of connectivity, Business Intelligence experts believe that adopting IoT solutions can improve their bottom line by: 1) Lowering operating costs 2) Increasing productivity; and 3) Expanding to new markets or developing new product offerings.

If policy makers and businesses get it right, linking the physical and digital worlds could generate $9.4/$11.1 trillion a year in economic value by 2025 (8).

(15)

Healthier smart lighting helps conserve energy and reduce costs while influencing wellbeing. Human Centric Lighting (HCL) serves both the conscious and subconscious mind, catering to both internal needs and aesthetic desires: influencing mood, behaviour, sleep patterns, and general well-being, producing positive results as both workers and citizens.

Keeping ahead in a changing world Implementing Human Centric Lighting as part of the IoT can change how we live and work. It can be applied to any indoor environment beyond the home and office, including education, retail, healthcare, and travel and hospitality.

HCL and the IoT are changing our approach to architecture. The invention of electric light took us away from windows and natural light, now HCL and IoT seek to bring it back. At Cisco’s state of the art open Berlin Innovation Centre; HCL+IoT proves the benefits it can have on its occupants. “You don't see any light switches here,” said Bernd Heinrichs, managing director of Internet of Everything (IoE) Sales for the EMEAR and for open Berlin Innovation Centre. “Everything is automated.

Heating, air conditioning, the lights, et cetera...All of it's done by a huge amount of sensors.” (14) This approach keeps workers engaged, focused, and at peace with their surroundings.

But non-tech giants can apply it and reap the benefits as well.

According to a study by the University of Mississippi, when students were exposed to lighting with higher light intensity and light temperature levels, like the ones featured in Focus, their performance increased by 33% compared to students without. Students also experienced a 15% improvement in cognitive performance, and a 10%

decrease in healthcare and education costs for students with ADHD (7). Teachers have the ability to set the mood in their classrooms and give students the mental boost they need to succeed.

Lighting also contributes to the customer experience. Average lighting alone creates shadow and contrast in retail environments, allowing you to highlight certain items and keep employees alert and safe at work, giving them energy during long shifts.

Human Centric automated Lighting can aid us during our most vulnerable times. Time spent in hospitals or institutional care can keep patients away from natural lighting for extended periods of time. Yet, healing requires quality sleep. HCL, and more specifically, our TWL, can comfort and help patients maintain regular sleeping patterns, while helping to keep medical professionals alert during long shifts.

Both airports and hotels have the opportunity to create a relaxing setting in the midst of stressful travel. Adjustable lighting can not only help travellers find comfort in unfamiliar places, but also help them adjust to time changes.

These benefits are useless unless lighting can be adjusted easily. The IoT allows HCL in these arenas to be a possibility, allowing users to access these benefits without conflict.

Conclusion The question is no longer why use HCL+IoT options, but why risk living without it. Light that mimics the sun and automates to our environment can have overwhelming benefits, while dated lighting is detrimental to health and well-being.

Shoppers, patients, students, and travellers can all benefit from the right

lighting, accessed with ease through the IoT. HCL+IoT goes beyond producing light, translating into tangible health benefits and reduced costs.

Brought to you by:

www.phi-lighting.com T:01926 640366 London: 0203 875 6484

References 1.

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https://sleep.med.harvard.edu/people/faculty/210/charles+a+czeisler+phd+md "Annual Sleep in American Poll Exploring Connections with Communications Technology Use and Sleep".

National Sleep Foundation. March 7, 2011 https://sleepfoundation.org/media-center/press-release/annualsleep-america-poll-exploring-connections-communications-technology-useMĂźnch M, Bromundt V (Dec 2012). "Light and chronobiology: implications for health and disease".

Dialogues Clinical Neuroscience. 14 (4): 448–53. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3553574/ Li MD, Li CM, Wang Z (Sep 2012). "The role of circadian clocks in metabolic disease" https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3002207/ https://www.york.ac.uk/environment/postgraduate/msc-dip-environmental-science-andmanagement/indoor-pollution/ http://humancentriclighting.com/wp-content/uploads/2012/07/Stan-Article-SSL1.pdf https://www.asid.org/content/productive-solutions-impact-interior-design-bottom-line#.WDxV52M7eu4 http://www.mckinsey.com/business-functions/digital-mckinsey/our-insights/the-internet-of-things-thevalue-of-digitizing-the-physical-world http://uk.businessinsider.com/the-internet-of-things-market-growth-and-trends-2015-2 Photograph http://www.mckinsey.com/business-functions/digital-mckinsey/our-insights/the-internet-ofthings-the-value-of-digitizing-the-physical-world http://www.aasmnet.org/jcsm/acceptedpapers/jc-274-13.pdf http://www.energy.ca.gov/2003publications/CEC-500-2003-082/CEC-500-2003-082-A-09.PDF http://www.ledsmagazine.com/articles/2016/02/no-light-switches-at-cisco-s-own-berlin-smart-buildingwhere-you-can-t-miss-the-iot.html https://www.wellcertified.com/well http://www.mckinsey.com/business-functions/digital-mckinsey/our-insights/the-internet-of-things-thevalue-of-digitizing-the-physical-world

COLOURS USED RGB: CMYK: HEX:

163 179 36 23 #A3B3CC

204 9

0

RGB: CMYK: HEX:

112 134 61 42 #7086A1

161 24

1

RGB: CMYK: HEX:

57 57 0 0 #393939

57 0

93

Phi Ltd Unit 9, Brook Business Park, Brookhampton Lane, Kineton, Warwickshire CV35 0JA T: +44 (0)1926 640366 E: info@phi-lighting.com W: www.phi-lighting.com