Energy Saving and Smart City Services: EcoSmartGrid by EasyLumen is one Solution for ALL

QUALITY WITHOUT COMPROMISES

OUTSTANDING ENERGY SAVINGSADVANCED SMART CITY SERVICESTAILOR-MADE TURNKEY PROJECTS

isENERGY SAVING

of lighting fixtures throughCENTRALIZED

FLUX REGULATIONor POINT-to-POINT

plusSMART CITY Services

via existing electric fixtures

(as outdoor lighting), usingPowerLine Communications©® all rights reserved 2017 www.easylumen.it [email protected]

http://www.easylumen.it/

mailto:[email protected]

• 90%+ efficiency and optimization;• Less kWh used by the whole system;

• Less CO2;• Less electromagnetic pollution;

• Less lighting pollution;• System compliant with local and

international rules;©® all rights reserved 2017 www.easylumen.it [email protected]



• No need to install a new communication infrastructure

such as RF, Wireless or 3G;• Quick and reliable installation;

• Patented solutions worldwide;• Quick return on investment (ROI);

• Tailor-made projects;• Tangible ad Ethical results.

©® all rights reserved 2017 www.easylumen.it [email protected]




Commission Regulation (EC) No. 245/2009 amended by the Regulation No. 347/2010

This is commonly read as

“the future is only LED”…

but is this true?

Standard Reactor Efficiency ≈ 80%



The state-of-art of Ferromagnetic Ballasts

Patented product PCT extension

Lifetime Warranty / Made in ItalyEfficiency ≈ 92%


ESG - FTB

HPS luminaries // Efficiencycertified by TCQ laboratory (see next page)

Power Eff.70 0.861

100 0.926150 0.910250 0.940400 0.934



FTB Ferromagnetic Toroidal BallastThis new ferromagnetic ballast can be implemented for gas-discharge lamps both with high pressure sodium and metal halide (HMI) and has higher performances compared to standard ballasts, obtaining a +10 ÷ 20% efficiency which remains unaltered over the years;

E.g.In the side image the certification (in Italian) that proofs 94.5% efficiency of our 100W FTB.




What is it?This luminous flux regulator is a smart switchboard able to dim and monitor the supply voltage of the street lighting fixture.

Thanks to IGBT power semiconductors, the control and the regulation is totally static which means is without any electromechanical movements.Stabilized voltage output of lamps will be

regulated within the nominal value to a

minimum value compatible with each

lamp typology

Consumption optimization on HID

lamps (LED compatibility under

development)

Planned regulations in prearranged night time

slots

Optimization of the level of lighting

engineering

The installation can be possible in an already

existing fixture or alternatively in new

fixtures

Installation’s versatility

GENIUS SIN – 1 device, N lamps




Centralised Flux Regulator


ADVANTAGESIncrease in lamp’s lifecycle, over 50% average;

High performance system;Drastic reduction of maintenance needed, up to 60%;

Energy saving (depending on the luminaries);Power factor (cos) optimization

Linear voltage stabilizer ±1% on every level of set up voltage;Simple and beneficial maintenance, installation and support

(Device’s modularity);Compliant to recent highway codes, to lighting and environmental

pollution standards.

Savings:25% to

45%

Savings:10% to

18%



Typical STREET fixture STARTING POINT

• Public lighting (on/off with

crepuscular);• Three-phase fixture;• 3 lines with 25x250W Mercury

vapour lamps;• Electricity + Maintenance bills =

19,750€ per year




75 x 250W Mercury Vapour lamps

75 x 150W High-Pressure Sodium

-40% POWER -10% MAINTENANCE


SAVINGS

Solution #1aANY COMPANY CAN DO THIS

Replacement:




75 x 104W LED lamp

-65.6% POWER -70% MAINTENANCE


SAVINGS

Solution #2aANY COMPANY CAN DO THIS

Replacement:




75 x 104W LED lampswith 10y warranty power supply unit

PLUSPoint-to-Point control (-29.7% / -20%)

-75.8% POWER -76% MAINTENANCE


SAVINGS

Replacement:

Solution #2bFEW COMPANIES CAN DO THIS




75 x 150W High-Pressure Sodiumwith integrated FTB reactor(-14.7%/ -5%)

PLUSCentralized flux regulation (-27.9% / -40%)

-63.1% POWER -48.7% MAINTENANCE


SAVINGS

Solution #1bONLY CAN DO THIS

Replacement:



FIXTUREENERGY AND MAINTENANCE SAVINGS

%

ENERGY AND MAINTENANCE SAVINGS

€

ANNUAL

Spending€

Mercury Vapour (OLD)

€19,750

HPS+

FTB+

CENTRALIZEDFLUX REGULATION

-63.1%

-48.7%

€11,038

€1,096€7,616

LED+

POINT TO POINTFLUX

REGULATION

-75.8%

-76%

€13,274

€1,710€4,766

Cost of system

installed and

running€

PAYBACKyears

SURPLUS10 YEARS

€

SURPLUS 20 YEARS

€

€27.814 2.29 €93,521 €214,855

€50,513 3.37 €55,736 €161,984




Why so different?Solution #1: Fixtures with HID lamps

Solution #2: LED FixturesAs technology is still limited: more tech means more electronic components, weak when cheap and very expensive when sturdy. Efficient LEDs are the cool white ones (4000+K), rich in blue light. It is suggested to replace each luminaire completely every 10 years.

The expense for replacing bulbs and capacitors is included in the lease as it is ordinary maintenance;With EcoSmartGrid gas-discharge lamps are only 10/15% less efficient than LED, but way cheaper and reliable. With the quickest ROI this solution is the most environmentally friendly and the one that generates sensible revenues.





What do we usually forget…• Current LED lamps emit lots of light in the blue

area of the visible light spectrum – the most efficient LED are the Cool white ones, even richer in blue;




What do we usually forget…• It is proven that excessive blue light

exposure can damage mammal’s retina, disrupt circadian rythm and change fauna’s behaviour – reproduction wise;

• Blue light attracts more flying insects compared with gas-discharge lamps, which can be an issue in developing countries with insect-related diseases;




What do we usually forget…• LED production includes materials difficult

to dispose or recycle, such as Gallium, Indium and Arsenic;

• Short wavelenght light (blue / cold white) like the one coming from exposed-chip LEDs produce extra glare, dangerous while driving especially in foggy environment and in elder people’s eyes because it can impair nighttime vision; this is relevant especially for responsibilities in road safety in municipalities.




What do we usually forget…• Replacing lamps with LEDs is convenient only

in certain occasions: we install LEDs when poles are less than 4m tall, or in conditions where maintenance is expensive or difficult (e.g. tunnels);

• The world is lacking Light Design standards hence project managers offered with cheap LED replacement often forget considering interdistance between poles, resulting in roads with extra bright spots and dark areas: we always provide uniformity and if we install LEDs we use LEDs with a color temperature of 3000K or less only.




From Energy Efficiency toSmart Poles

• Global trend is to use outdoor lighting lampposts as nodes for digital services, smart city oriented;

• Global trend – powered by LED producers lobbies – is to add mesh wireless networks (11 to 54Mbps) to LED lamps to enable Broadband sensors, or (U)NBWAN modules to enable remote control (hence more electronics + more electromagnetic emissions)

• Generally, Broadband over Power Line Communication on public lighting fixtures is difficult and unstable, until now, until EcoSmartGrid.





• EcoSmartGrid is a patented solution that allows Broadband over powerline and narrowband powerline modulation at the same time, even when the lamps are off, and moreover even when the whole line is controlled by a centralised flux regulator for energy efficiency;

• This means that the data infrastructure is already present, and we can install virtually anywhere ANY DIGITAL SERVICE and ANY IoT SENSOR without electromagnetic pollution and without laying new cables, controlling everything from remote.








PowerLine CommunicationCompared with other technologies this solution has the

following advantages:

• use of existing infrastructure - no extra cabling (significantly lower costs), easy installation, no antennas;• all-pervading due to electricity grid capillarity: widest network footprint;• very easy physical installation, in most cases without need for switching off the electric current;• high speed data communication – up to 120Mbps;• it is compatible with every other technologies (ADSL, Wi-fi, Optic, cable, satellite);• symmetrical bandwidth;• allows service diversification and coexistence of advanced digital services, offering new business opportunities.



We can install onto lampposts any kind of service: videosurveillance, number plate recognition, face recognition, location based services, physical security, traffic control, AEDs, air pollution analytics, weather stations, city Wi-Fi, EV recharge stations, smart garbage bins, disaster recovery, smart meter collecting units, mobility monitoring, parking, access control, and many many more.

IoT services & Big Data

©® all rights reserved 2017 www.easylumen.it [email protected] ©® all rights reserved 2017 www.easylumen.it [email protected]





These services can also be used in symbiosis with energy saving systems: traffic control sensors can produce data that will be translated into a different setting of the centralized flux regulation, allowing even higher savings (other companies’ solutions to re-program the lights of a road would normally include re-programming each electronic PSU, manually, with a remote in the best case, or with a platform).


IoT services & Big Data




GREEN SMART

SUSTAINABLE

High performance +

Energy efficiency

Cheap installation +

Digital services

ROI + Long-Term Income




1) save heaps of energy and maintenance costs in public lighting management, transforming an obsolete and expensive lighting fixture into a cheap, efficient fixture

complaint to legal standards in terms of luminance, uniformity and norms;2) install the lighting that you want replacing current luminaries with LED lamp systems or Gas-Discharge lamp systems, decision supported by an accurate ROI

business plan;3) control, manage and diagnose each lamp, with a point-to-point or centralised

system with integrated flux regulation;4) add a hidden connectivity transforming the power cables of the lighting fixture into

a data network, broadband and/or narrowband depending on the needs (patented), providing 24/7 connectivity to digital services without lying new cables;

5) add any IoT sensor in any position of the last mile grid - such as cameras for surveillance, traffic control, face recognition, loudspeakers, city wi-fi access points, smart

mobility parkings, EADs, Interactive multimedia displays, EV charging stations, ANY - nullifying infrastructural costs;

6) reduce electromagnetic pollution - no WiFi/Radio network needed to the sensors to communicate, City Access Points only where needed (less powerful antennas required);

7) reduce light pollution - no light directed towards the sky;8) reduce CO2 pollution - less energy needed for the whole system means less

pollution, less trucks driving around thanks to an adaptive pickup of garbage means less pollution, less time to find a free parking spot means less fuel consumption, hence less

pollution;9) pay the whole smart city system investment using energy efficiency savings,

hence not touching municipality’s budgets;10) transform any city into a green and smart city in the easiest way.

With you can



Technology

Energy Saving and Smart City Services: EcoSmartGrid by EasyLumen is one Solution for ALL