The document describes a solar-powered security light system that uses LED lights, wireless communication, a photocell, and micro energy storage system. It can be used to build smart city infrastructure with public WiFi, CCTV cameras, and lighting control. The system uses solar panels or small windmills to charge batteries and power the lights, cameras, and other nodes. It monitors weather, temperature, and charge levels and can provide security monitoring and control through an integrated city operations center.

1. Solar Security Light System

2. WiFi
Photocell
LED control
Build a Smart City Infrastructure

3. Total System Configuration
Smart
Lighting Control
Wireless
communication
CCTV
Public
Wi-Fi
LED Light
Node
System
Solar Panel
and/or
Small Windmill
Charge/Discharge
control
Micro ESS

4. Security Control & Monitoring

5. Weather : Fine
Average Temp : 25.3℃
Average cloud: 7.1
Raining: 0
Total charge(Wh) 715
Max current(A) 5.04
Solar charging by 200W panel
Main Feature of Security System
* Physically Unclonable Function

6. 0
10
20
30
40
50
60
70
80
90
4M 5M 6M 7M 8M
Requirement of Security light :15~30 Lux/4m
35W
30W
25W
20W
15W
Reference Brightness on 43W LED Light
Lux
Distance

7. IP camera
SW Hub or Router
NVR
- 4CH/8CH/16CH/32CH
Telecom Cloud
Video
Meta
Data
Integrated City Operation
Center(IoC)
Remote zoom/focus by one click
Full HD 1080p 30fps
Image compressed by H.264 MJPEG
Dual stream
Day & Night, WDR
IR light (40m)
MicroSD/SDHC
ONVIF
Embedded intelligent image analysis
Configuration of Image Transfer Service

8.  Busan Smart City – 1st phase completed 2015, proceeding in to 2nd phase
 Integrated City Operation Center(IoC) – Horizontal monitoring and analysis
Real Life Reference
City Network