Func­tio­na­lity
– Bright­ness con­trol of indi­vi­dual or mul­ti­ple light spots depen­ding on motion of per­sons
– Light accom­pa­nies move­ments

Bene­fits
– Energy-saving
– Enhan­ced safety
– Less light pol­lu­tion
– Enhan­ces well-being

Func­tio­na­lity
– Pro­gram­ming of lighting parame- ters at the loca­tion via app
– Real-time dim­ming pro­fi­les – Twi­light con­trol

Bene­fits
– Energy-saving
– Less light pol­lu­tion
– Low-cost since no con­trol cables or higher­le­vel radio systems are requi­red

Func­tio­na­lity
– Cen­tral pro­gram­ming of lighting para­me­ters via light mana­ge­ment soft­ware or at loca­tion via app
– Real-time dim­ming pro­fi­les with day-depen­dent dim­ming levels
– Twi­light con­trol
– Infor­ma­tion on energy con­sump­tion, ope­ra­ting times and active moni­to­ring of lumi­naire tem­pe­ra­ture

Bene­fits
– Energy saving
– Less light pol­lu­tion
– Fle­xi­ble adjust­ment of lighting para­me­ters – Moni­to­ring of energy con­sump­tion
– Fault mes­sa­ges, early detec­tion of fai­lu­res, opti­mi­za­tion of repairs and main­te­nance
– Lighting para­me­ters and sensor data can be displayed in the Smart City plat­form or in exi­sting mana­ge­ment soft­ware

Func­tio­na­lity
– Real-time mea­su­re­ment of envi- ron­men­tal data (noise, par­ti­cu­late matter, nitro­gen oxide, sul­phur dio­xide, CO2, ozone etc.)
– Real-time mea­su­re­ment of wea­ther data (tem­pe­ra­ture, air humi­dity, pres­sure, pre­ci­pi­ta­tion type and quan­tity, wind force and direc­tion etc.)

Bene­fits
– Moni­to­ring and repre­sen­ta­tion of envi­ron- mental para­me­ters
– Limit value moni­to­ring
– More clo­sely inter­me­shed sensor net­works for impro­ved local wea­ther fore­casts /​severe wea­ther war­nings or display of envi­ron­men­tal data

Func­tio­na­lity
– The light distri­bu­tion of the lumi- naire chan­ges depen­ding on wea­ther con­di­tions
– LED modu­les inside the lumi­naire are acti­va­ted dif­fe­ren­tly depen­ding on the wea­ther

Bene­fits
– Lighting is opti­mally adap­ted to the wea­ther con­di­tions
– Increa­sed safety – Energy-saving

Func­tio­na­lity
– Inte­gra­tion of camera systems
– Inte­gra­tion of loud­spea­kers
– Inte­gra­tion of emer­gency button

Bene­fits
– Increa­sed safety in public spaces
– Sim­pli­fied pro­ce­du­res in emer­gen­cies

Func­tio­na­lity
– Broad­band inter­net for pro­vi­sion of web-based infor­ma­tion and ser­vi­ces

Bene­fits
– Enhan­ces attrac­ti­ve­ness of urban areas
– Incor­po­ra­tion of local trade or tou­rism
– Tran­smis­sion of loca­li­sed web con­tent
– Ana­ly­sis of usage beha­viour of users (fre­quency of usage, dwel­ling times, origin etc.)

Func­tio­na­lity
– Inte­gra­tion of infor­ma­tion and media tech­no­logy

Bene­fits
– Infor­ma­tion can be pro­vi­ded for tou­rists
– Infor­ma­tion can be pro­vi­ded for the visually impai­red (e.g. audi­ble time­ta­bles) – Adver­ti­sing
– Public trans­port time­ta­ble displays – Park gui­dance systems

Func­tio­na­lity
– Impro­ves traf­fic situa­tions in public spaces – redu­ces traf­fic sear­ching for par­king spaces

• Impro­ves envi­ron­men­tal situa­tions due to less pol­lu­tants and noise

Bene­fits
– Impro­ves traf­fic situa­tions in public spaces
– Redu­ces traf­fic sear­ching for par­king spaces – Impro­ves envi­ron­men­tal situa­tions due to less pol­lu­tants and noise

Func­tio­na­lity
– Char­ging of elec­tric vehi­cles
– Dif­fe­rent char­ging point access options (ad-hoc char­ging, app, RFID card)
– Online bil­ling of char­ging costs
– Free/​occupied mes­sa­ges to infor­ma­tion systems

Bene­fits
– Clo­sely inter­me­shed char­ging infra­struc­ture for elec­tric vehi­cles pro­mo­tes emis­sions-free elec­tri­cal mobi­lity in towns and cities
– Illu­mi­na­ted erec­tion loca­tion
– Saves addi­tio­nal ele­ments having to be instal­led in urban areas