Difference between revisions of "Public lighting"

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== Introduction ==
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Public lighting is one of the components of total energy consumption in regions and cities, especially in urban areas.  
  
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Public lighting often amounts to high share of public energy consumption in municipalities, which consequntly represents a potential for efficient energy use.
  
This section is structured into:
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In the CitiEnGov project, the public lighting sector is the least represented when it comes to the collection of best practices, which seems to indicate that the sector could be better exploited or appointed for testing new innovative solutions, both as commercal technical solutions or research oriented. The market for intelligent lighting of streets is increasing rapidly and this gives a variety of possible solutions.  
* [[Best practices (public lighting)]]: it contains examples of best practices about data, ICT and organizational issues related to the theme Public lighting
 
* [[Technical guidelines (public lighting)]]: it contains reference information about energy data in the different regions of CitiEnGov and ...
 
* [[Templates (public lighting)]]: it contains ...
 
  
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In the long term, energy data from public lighting, mobility and buildings could be integrated in one city data network, which would enable efficient energy management.
  
  
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== Content ==
  
 
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The content of this section is structured into:
 
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* [[Best practices (public lighting)]]: it contains examples of best practices about data, ICT and organizational issues related to the theme Public lighting
 
+
* [[Technical guidelines (public lighting)]]: it contains reference information about energy data in the different regions of CitiEnGov
 
 
=== Croatia ===
 
==== Practice: ====
 
Installation of two solar-benches at the Marjan hill area in the city of Split
 
==== Location: ====
 
Marjan hill in the city of Split, Croatia
 
==== Description: ====
 
Installed smart benches are energy independent, because they use power from solar panels. All the processes are controlled with two processors that are built-in within the bench. The solar bench is resistant to shocks and can work 10 days without the sun. Carriage capacity of the bench is 300 kilograms and can hold up to four people. Each bench has four USB ports for cell phones and tablets, night lightning, CO2 control, air temperature display, 60 watts power, and can produce 1 kW of electricity daily.
 
==== Image ====
 
[[File:PublicLighting_01_SolarBenchesMarjanHill_1.jpg]] [[File:PublicLighting_01_SolarBenchesMarjanHill_2.jpg]]
 
==== Link: ====
 
http://www.marjan-parksuma.hr/
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
=== Slovenia ===
 
==== Practice: ====
 
Energy Rehabilitation of Public Lighting at Municipality of Komen
 
==== Location: ====
 
Municipality of Komen, Slovenia
 
==== Description: ====
 
Energy consumption in Komen municipality for public lighting was 110,52 kWh/year per capita. In the project, 677 lights were replaced. The public lightning was not in conformity with the Decree on limit values, due to light pollution of environment (it was mostly inappropriate and incorrectly installed). The municipality, which is also the investor and equipment owner, obtained non-refundable funds through the public call E3URE. The concessionaire/contractor (an ESCO company) has paid to compensate (municipality) an abstraction fee in one off payment, at take over process of managing of public lighting. Concession duration is 15 years.
 
==== Image ====
 
[[File:PublicLighting_02_MunicipalityofKomen_1.jpg]]
 
==== Link: ====
 
http://www.primorske.si/Novice/Srednja/Luci-bodo-varcnejse
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
=== Poland ===
 
==== Practice: ====
 
Construction and modernization of street lighting
 
==== Location: ====
 
City of Bydgoszcz, Poland
 
==== Description: ====
 
Improving Public Lighting System through the use of energy-efficient solutions (replacing the old light sources for energy – LED). In the city there were 7 309 units of luminaires and lighting cabinets exchanged and installed for lighting control system, that is reducing energy consumption.
 
==== Image ====
 
[[File:PublicLighting_03_StreetLightingBydgoszcz_1.jpg]]
 
==== Link: ====
 
http://www.zdmikp.bydgoszcz.pl
 

Revision as of 09:44, 21 March 2018

Introduction

Public lighting is one of the components of total energy consumption in regions and cities, especially in urban areas.

Public lighting often amounts to high share of public energy consumption in municipalities, which consequntly represents a potential for efficient energy use.

In the CitiEnGov project, the public lighting sector is the least represented when it comes to the collection of best practices, which seems to indicate that the sector could be better exploited or appointed for testing new innovative solutions, both as commercal technical solutions or research oriented. The market for intelligent lighting of streets is increasing rapidly and this gives a variety of possible solutions.

In the long term, energy data from public lighting, mobility and buildings could be integrated in one city data network, which would enable efficient energy management.


Content

The content of this section is structured into: