INTELLIGENT STREET LIGHTING FOR THE FUTURE
- Overview
- Features
- VARIAnts
Hynetic’s Smart Outdoor Lighting Solution is designed to create an overarching digital control system that is based on the concept of IoT, and cloud computing to deliver efficiency to existing streetlight grids. Hynetic’s Smart Street Light System comprises a network of key infrastructure elements with a combination of sensors and peripheral devices that can be managed through the internet to monitor and control streetlights. Our solutions are offered in two architectures depending on requirements.
Gateway Architecture
Node Architecture
Based on requirements, we provide smart outdoor lighting solutions that use the following communication technology,
PLCC
Optimized Control
Configure individual or group on, off and dimming control of LED luminaires using different modes of operation
Remote Monitoring
Monitor the lighing infrastruture in real-time to improve maintenance efficiency through appropriate alerts and warnings
Cost effect solution
Easy to deploy solutions to existing or new lighting infrastruction using automated tools ensures low capex & opex
Asset Management
Maintenance management of each lighting asset using scheduled updates
Smart City Integration
API integration with Smart City platforms to achieve inter-operability
- RF Zigbee
- PLCC
- GSM-GPRS
- NB-IoT
- LoRAWAN
- Software-Lighting Manager
SMART STREET LIGHTING – RF ZIGBEE
Hynetic’s Smart Street Light Solution is designed to create an overarching digital control system that is based on the concept of IoT, and cloud computing to deliver efficiency to existing streetlight grids. Hynetic’s Smart Street Light System comprises a network of key infrastructure elements with a combination of sensors and peripheral devices that can be managed through the internet to monitor and control streetlights.
RF-ZigBee is wireless communication technology for communication among multiple devices in a WPAN (Wireless Personal space Network). Zigbee is used in devices where a low data rate and secure networking are needed. This network uses “multi-hop” routing to reach far distance and this Mesh topology ensures that it is perfectly suited for Smart Street Lighting applications.
Operating Frequency: 2.4Ghz, 865MHz
SOLUTION ARCHITECTURE
STREET LIGHT CONTROLLER – RF ZIGBEE
- Enables individual remote management of street lights with On/Off/Dimming.
- Supports 2.4GHz RF-Zigbee mesh topology with Street Light Gateway.
- Available in three form factors: Internal, NEMA and External Controller.
- Available in two variants: Single Light Point Controller & Dual Light Point Controller.
- Supports different modes of operation: manual, automatic, time of day schedules, astronomical clock and adaptive
lighting – motion and ambient light (photo-cell). - Wide range of electrical parameters monitoring: Input Voltage, Current, Power, Power Factor, Apparent Energy,
Active Energy, Burning Hours. - Includes on-board surge protection: 10kV/5kA (Internal) and 4kV/2kA (NEMA).
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Capable on controling and monitoring loads of up to 500W.
- Electrical protection against overload and short circuit.
- Operational Input Voltage: 140-270V (440V protected).
- Security memory for encryption keys storage with 128-bit AES Encryption.
NEMA Controller HYN-SLC-1C-24G-NM
Internal Controller HYN-SLC-1C-24G
External Controller HYN-SLC-1C-24G-EXT
STREET LIGHT GATEWAY – RF ZIGBEE
- Enables communication of the Street Light Controller to the server application.
- Supports 2.4GHz RF-Zigbee primary communication with Street Light Controllers.
- Supports GSM (2G/3G/4G) and Ethernet secondary communication with the Server.
- High range of communication ensures Controller to Gateway Ratio of 50:1.
- Available in two variants: Standalone externally mounted box and Internal unit
mounted inside Feeder Panels/Pillars. - Interfaces with Energy Meter through RS485 communication.
- Remotely control the AC/DC contactors for Feeder Panel/Pillar level group control.
- Configure digital and analog inputs/outputs for RTD temperature sensors, anti-theft
door open switch, bypass switch, AC/DC relays, etc. - Includes on-board surge protection: 10kV/5kA.
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Operational Input Voltage: Three-phase power supply.
- Security memory for encryption keys storage with 128-bit AES Encryption.
External Gateway HYN-SLG-24G-4G-ETH-EXT
SMART STREET LIGHTING – PLCC
Hynetic’s Smart Street Light Solution is designed to create an overarching digital control system that is based on the concept of IoT, and cloud computing to deliver efficiency to existing streetlight grids. Hynetic’s Smart Street Light System comprises a network of key infrastructure elements with a combination of sensors and peripheral devices that can be managed through the internet to monitor and control streetlights.
PLCC stands for Powerline Carrier Communication. Hynetic’s Smart Street Light offering uses Broadband PLCC technology that requires a gateway-based topology. Unlike narrowbank PLCC, broadband PLCC operates at high frequency to ensure low susceptibility to attenuation in applications where powerline infrastructure isn’t the best. As a result, this makes it ideal for Street lighting applications without any additional wiring for communication. The communication framework complies with IEEE1901 HPGP (HomePlug GreenPhy) standard.
PLCC
SOLUTION ARCHITECTURE
STREET LIGHT CONTROLLER – PLCC
- Enables individual remote management of street lights with On/Off/Dimming.
- Supports 2.4GHz RF-Zigbee mesh topology with Street Light Gateway.
- Available in three form factors: Internal, NEMA and External Controller.
- Available in two variants: Single Light Point Controller & Dual Light Point Controller.
- Supports different modes of operation: manual, automatic, time of day schedules, astronomical clock and adaptive
lighting – motion and ambient light (photo-cell). - Wide range of electrical parameters monitoring: Input Voltage, Current, Power, Power Factor, Apparent Energy,
Active Energy, Burning Hours. - Includes on-board surge protection: 10kV/5kA (Internal) and 4kV/2kA (NEMA).
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Capable on controling and monitoring loads of up to 500W.
- Electrical protection against overload and short circuit.
- Operational Input Voltage: 140-270V (440V protected).
- Security memory for encryption keys storage with 128-bit AES Encryption.
Internal Controller HYN-SLC-1C-24G
External Controller HYN-SLC-1C-24G-EXT
STREET LIGHT GATEWAY – PLCC
- Enables communication of the Street Light Controller to the server application.
- Supports 2.4GHz RF-Zigbee primary communication with Street Light Controllers.
- Supports GSM (2G/3G/4G) and Ethernet secondary communication with the Server.
- High range of communication ensures Controller to Gateway Ratio of 50:1.
- Available in two variants: Standalone externally mounted box and Internal unit
mounted inside Feeder Panels/Pillars. - Interfaces with Energy Meter through RS485 communication.
- Remotely control the AC/DC contactors for Feeder Panel/Pillar level group control.
- Configure digital and analog inputs/outputs for RTD temperature sensors, anti-theft
door open switch, bypass switch, AC/DC relays, etc. - Includes on-board surge protection: 10kV/5kA.
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Operational Input Voltage: Three-phase power supply.
- Security memory for encryption keys storage with 128-bit AES Encryption.
External Gateway HYN-SLG-24G-4G-ETH-EXT
SMART STREET LIGHTING – GSM
Hynetic’s Smart Street Light Solution is designed to create an overarching digital control system that is based on the concept of IoT, and cloud computing to deliver efficiency to existing streetlight grids. Hynetic’s Smart Street Light System comprises a network of key infrastructure elements with a combination of sensors and peripheral devices that can be managed through the internet to monitor and control streetlights.
GSM has been widely used for a wide range of Internet of Things (IoT) applications. Considering the wide network availability and coverage, it presents a secure bi-directional communication for applications like smart street lighting. This also eliminates the need for network gateways and thereby reducing capital expenses.
SOLUTION ARCHITECTURE
STREET LIGHT CONTROLLER – GSM
- Enables individual remote management of street lights with On/Off/Dimming.
- Supports 2.4GHz RF-Zigbee mesh topology with Street Light Gateway.
- Available in three form factors: Internal, NEMA and External Controller.
- Available in two variants: Single Light Point Controller & Dual Light Point Controller.
- Supports different modes of operation: manual, automatic, time of day schedules, astronomical clock and adaptive
lighting – motion and ambient light (photo-cell). - Wide range of electrical parameters monitoring: Input Voltage, Current, Power, Power Factor, Apparent Energy,
Active Energy, Burning Hours. - Includes on-board surge protection: 10kV/5kA (Internal) and 4kV/2kA (NEMA).
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Capable on controling and monitoring loads of up to 500W.
- Electrical protection against overload and short circuit.
- Operational Input Voltage: 140-270V (440V protected).
- Security memory for encryption keys storage with 128-bit AES Encryption.
Internal Controller
HYN-SLC-1C-24G
NEMA Controller
HYN-SLC-1C-GSM-2G-NM
External Controller
HYN-SLC-1C-24G-EXT
SMART STREET LIGHTING – NB IoT
Hynetic’s Smart Street Light Solution is designed to create an overarching digital control system that is based on the concept of IoT, and cloud computing to deliver efficiency to existing streetlight grids. Hynetic’s Smart Street Light System comprises a network of key infrastructure elements with a combination of sensors and peripheral devices that can be managed through the internet to monitor and control streetlights.
Narrow-Band IoT (NB-IoT) is a narrowband RF communication technology specially designed for the Internet of Things (IoT). It connects devices more simply and effciently on already established mobile networks, and handles small amounts of infrequent 2-way data, securely and reliably. The special focus of this standard is on very low power consumption, excellent penetration coverage and lower component costs, deployed in GSM and LTE regulated frequencies.
SOLUTION ARCHITECTURE
STREET LIGHT CONTROLLER – NB IoT
- Enables individual remote management of street lights with On/Off/Dimming.
- Supports 2.4GHz RF-Zigbee mesh topology with Street Light Gateway.
- Available in three form factors: Internal, NEMA and External Controller.
- Available in two variants: Single Light Point Controller & Dual Light Point Controller.
- Supports different modes of operation: manual, automatic, time of day schedules, astronomical clock and adaptive
lighting – motion and ambient light (photo-cell). - Wide range of electrical parameters monitoring: Input Voltage, Current, Power, Power Factor, Apparent Energy,
Active Energy, Burning Hours. - Includes on-board surge protection: 10kV/5kA (Internal) and 4kV/2kA (NEMA).
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Capable on controling and monitoring loads of up to 500W.
- Electrical protection against overload and short circuit.
- Operational Input Voltage: 140-270V (440V protected).
- Security memory for encryption keys storage with 128-bit AES Encryption.
Internal Controller HYN-SLC-1C-24G
NEMA Controller HYN-SLC-1C-24G-NM
External Controller HYN-SLC-1C-24G-EXT
SMART STREET LIGHTING – LoRaWAN
Hynetic’s Smart Street Light Solution is designed to create an overarching digital control system that is based on the concept of IoT, and cloud computing to deliver efficiency to existing streetlight grids. Hynetic’s Smart Street Light System comprises a network of key infrastructure elements with a combination of sensors and peripheral devices that can be managed through the internet to monitor and control streetlights.
LoRaWAN™ is a Low Power Wide Area Network (LPWAN) specification that targets key requirements of Internet of Things such as secure bi-directional communication, mobility and localization services. It provides seamless interoperability among smart things without the need of complex local installations and gives back the freedom to the user, developer and businesses, enabling the rollout of Internet of Things.
Our LoRaWAN solution can be connected with leading network provides like Tata Communications Ltd and Senra for PAN-India deployments.
LoRaWAN
SOLUTION ARCHITECTURE
STREET LIGHT CONTROLLER – LoRAWAN
- Enables individual remote management of street lights with On/Off/Dimming.
- Supports 2.4GHz RF-Zigbee mesh topology with Street Light Gateway.
- Available in three form factors: Internal, NEMA and External Controller.
- Available in two variants: Single Light Point Controller & Dual Light Point Controller.
- Supports different modes of operation: manual, automatic, time of day schedules, astronomical clock and adaptive
lighting – motion and ambient light (photo-cell). - Wide range of electrical parameters monitoring: Input Voltage, Current, Power, Power Factor, Apparent Energy,
Active Energy, Burning Hours. - Includes on-board surge protection: 10kV/5kA (Internal) and 4kV/2kA (NEMA).
- Battery operated RTC, protected against unforeseen communication failure.
- Over The Air (OTA) firmware update.
- Capable on controling and monitoring loads of up to 500W.
- Electrical protection against overload and short circuit.
- Operational Input Voltage: 140-270V (440V protected).
- Security memory for encryption keys storage with 128-bit AES Encryption.
Internal Controller HYN-SLC-1C-24G
NEMA Controller HYN-SLC-1C-24G-NM
External Controller HYN-SLC-1C-24G-EXT
Overview
Our state-of-the-art lighting management software enables the integration of controllers and gateways to correlate and process to achieve remote on/off/dimming control and real-time health monitoring of the lighting infrastructure components.
Key features of the software application are:
- Configuration and Control – Allows user to communicate with street lights and SPCs
- Fault Alarms / Alerts -Switching point failures, Network Down failures, Group Luminaires failure, etc.
- Google Maps – Trace switching points through Google Maps
- Reports – Energy consumed, Failure reports, Up time %, Monthly burning reports, etc.
- Remote Configuration through Web App
- Role-based access for users, with password protection
- Heat Map – Identify system faults through user friendly heat maps
- Dashboard – Real-time updates on system metrics
- SMS and Email alerts configuration
- APIs can be provided for integration to Third Party platforms
CONTROL & CONFIGURATION OF INDIVIDUAL AND GROUP OF LIGHTS
REAL-TIME MONITORING OF LIGHTS, CONTROLLERS & GATEWAYS
ALERTS & WARNINGS
THIRD-PARTY SOFTWARE INTEGRATIONS
