Regen Smart Lighting

REGEN SMART LIGHTING

Smart Street Lighting Management System

Regen Smart Lighting is a smart City platform based on streetlight and scalable to other public infrastructures, which has a wide coverage overall the city, can monitor individual luminaries up to millions of lamp nodes. It facilitates reduction in power consumption, CO2, emission and light pollution and moreover and optimized maintenance planning.

1. Data Collecting

The data collected from smart devices attached in existing and new infrastructures transmits to central platform via wired and wireless communications such as Zigbee, LoRaWAN, NB-loT, RF-Mesh, GSM and LTE. The real-time data will be visualized and displayed in a central command center to provide valuable information for decision making, quick response on events, and preven-tion for potential risks.

2. Remote Control

Smart devices can be remotely controlled in real-time or operated on a preset schedule. Tasks based on time, calendar, and sensor data can be executed for individual devices or in groups. In addition to street light control, the smart street lighting system also supports audio, video and text tasks for LED displays and broadcasting speakers.

3. City Infrastructure

The complete profile of each infrastructure asset, from manufacture to retirement, is recorded in the database. This includes basic product information, installation and maintenance history, current status, and alarm history. By connecting previously isolated devices into one central- ized management system, all information can be tracked and analyzed to make cities smarter, more efficient and sustainable.

4. Proactive Maintenance

Alarms on city infrastructure like power abnormalities, device malfunctions, communication lost, and theft can be sent as notifications and alerts to computers and mobile devices. This enables decision-makers and city workers to pre-plan inspections and address failures proactively. With ticket handling, prioritized management,optimized routes for inspection and maintenance vehicles, labor and truck roll costs can be reduced while improving efficiency.

5. Easy Integration

Smart city encompasses various divisions including smart security, energy, healthcare, mobility, water management, waste management, and more. This means a city has many distinct subsystems. The key to becoming a truly smart city is integrating data from these siloed systems. With open APl and MQTT protocols, the smart street lighting system can be integrated into third-party software and smart city dashboards. Likewise, data from third-party systems can be made available for integration into the street lighting system.

6. System Security

Smart Street Lighting System implements several measures to ensure stable long-term operation, including event recording, password protection, multi-level user manage- ment, and remote backup. This provides strong fault tolerance and recovery capabilities. A variety of network security protections have been designed to guard against malicious attacks, ensuring a high degree of security and confidentiality. Strict access authentication is performed on all equipment and users accessing the system to guar- antee secure and stable connections.

LTE-Cat.1/Cat.4 Solution

1. Application
Any place that can receive LTE(Cat.1/Cat.4) signal.

2. Main Feature
– LTE(Cat.1/Cat.4) wireless communication.
– No limit on the number of lamp controllers and transmission distance.
– Supports two dimming modes: 0-10V and DALI.
– It uses base station provided by local network operator, no need to install gateways.
– Remote real time control and scheduled lighting by group or individual lamp.
– Alarm on the lamp failure.
– Pole tilt, GPS options

LoRaWAN Solution

1. Application
Remote lighting control of street lights, parking lot, gas station, park, island and etc.

2. Main Feature
– Long range low power radio frequency communication, supports LoRaWAN specification.
– Up to 2000 lamp controllers can be managed by a gateway with maximum transmission distance of 1500m.
– It supports two dimming modes: 0-10V and DALI.
– LoRaWAN Gateway and network server for device management are needed.
– Remote scheduled lighting by group or individual lamp and data collecting.
– Alarm on the lamp failure.
– Pole tilt, GPS options.

Solar Solution

1. Application
Remote lighting control of Solar lights, remote areas with unstable network and power supply.

2. Main Feature
– RF-mesh and LTE communication available.
– The IoT communicator work with solar charging controller to control the solar lamps and monitor on the status of solar battery, panel and lamp.
– Lighting time and dimming plan from central management platform
– Alarm on the lamp, battery and panel failure.

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