Salient Features:
Applications:
Description:
Smart street-lighting uses wireless technologies to control and monitor the actual amount of energy consumed by these street-lights. This data is then used to initiate suitable measures to reduce energy consumption through power conditioning. The ‘smartness’ of the street-lights is derived from a micro-controller and some sensors coupled with a wireless module. This entire unit is called the controller. This, when installed on the street-light pole, would communicate data between street-lights and thus control LED street lighting depending on traffic flow. Data generated from each street-light, is then passed on to the base-station via wireless means, thus enabling a real-time monitoring of the system. The mode of operation can be chosen as either manual or auto mode. The control system can be programmed to turn-off lights as per a predetermined schedule. This system can also be programmed to vary the intensity of lighting to suit predetermined situations.
Here are some of the other key benefits:
Specifications:
Parameters | Specifications |
---|---|
Supply Voltage | 7V-24V DC/2A |
Reverse Polarity Protection | Yes |
MCU | Atmel ARM Cortex M0+ 32 bit |
LoRaWAN Module | SX1672 Chip Frequency band : 868MHz (EU) Sensitivity : -137.5 dBm @ 868MHz |
Storage | Inbuilt Flash which will store the data when Connectivity loss Use for FOTA (Online firmware update) |
Analog I/P | Support upto 5 nos. analog i/p for signal measurement (Like solar pv voltage, current, battery level etc) |
RS-485 Interface | Support Standard Modbus protocol (Optional) |
Digital I/P | 2 digital input (programmable) |
Analog O/P | 2 nos. programmable analog o/p for dimming |
Ambient Temperature | 0°C to 60°C |
Enclosure | Support TCP/IP, HTTP/HTTPS |
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