| 1 | Smart IOT based Street Light 7Mtr: The proposed Smart Street Light Pole shall be designed for urban infrastructure applications, having apole height between 7 Mtrmade ofhot-dip galvanized mild steel (MS) or equivalent corrosion-resistant materialsuitable for outdoor conditions. The pole shall be equipped with anenergy-efficient LED street luminaire rated between 100 W to 150 W, providing high luminous efficacy and uniform illumination for roadways, public spaces, and pedestrian areas. The luminaire shall comply with relevantIS/IEC lighting standardsand shall have aminimum IP66 protection ratingfor dust and water resistance. The lighting fixture shall incorporate aninbuilt IoT-enabled smart street light controller/sensor, capable ofremote monitoring and managementthrough a centralized control system. The IoT module shall support features such as: Automatic dusk-to-dawn operation using ambient light sensors, Real-time status monitoring (ON/OFF, power consumption, fault alerts), Remote dimming and scheduling capability, Energy consumption monitoring, Wireless communication via GSM/4G/LoRa/NB-IoT or equivalent technology. The system shall be designed tooptimize energy usage, enable predictive maintenance, and support smart city infrastructure integration. The complete pole assembly shall includeLED luminaire, IoT control unit, wiring, mounting brackets, and necessary accessories, suitable forcontinuous outdoor operation in varying climatic conditions.Bracket 3.2 meters (overall span) Material: Hot-dip galvanized steel with decorative base cover, Finish: Weather-resistant PU/Polyester powder coating (custom color as per AMC theme) The 7-meter height ensures optimal light distribution for urban roads, while the 3.2-meter dual-arm bracket provides balanced illumination across carriageways and pedestrian areas.Street Light Pole: Height: 7 m with 4 to 5 inch dia, Material: Hot Dip Galvanized Mild Steel, Type: Customized Designer Pole, Thickness: Minimum 3 mm, Galvanization: Minimum 70 microns, Base plate thickness: 1620 mm, Wind speed resistance: Up to 180 km/h, Pole door with locking arrangement for maintenance, Earthing provisionLED Street Light Luminaire: Wattage: 100W 150W, Input Voltage: 140V 270V AC, Power Factor: 0.95, Luminous Efficacy: 120140 lm/W, LED Type: High power SMD / COB LEDs, Colour Temperature: 2700K 3000K, CRI: 70, IP Rating: IP66, Surge Protection: Minimum 10 kV, Driver Efficiency: 90 Percentage , Life of LED: Minimum 50,000 hoursIoT Smart Street Light Controller: The lighting system shall include an inbuilt IoT enabled controller integrated with the luminaire or mounted inside the pole.Features: Automatic dusk-to-dawn sensor, Remote ON/OFF switching, Energy consumption monitoring, Fault detection and alerts, Remote dimming capability, Scheduling And automation Communication TechnologyController shall support at least one of the following: GSM / 4G, LoRaWAN, NB-IoT, RF MeshAdditional Requirements: Compatible with Central Monitoring Software (CMS), Real-time data monitoring, Web dashboard And mobile interface capabilityFoundation: RCC foundation with as per required concrete, Foundation size as per structural design, Anchor bolts with template, Proper grouting and curingInstallation And Commissioning: The contractor shall: Install the pole and luminaire, Connect IoT controller, Test illumination and electrical safety, Integrate the system with central monitoring, Provide documentation and warranty certificates | 500.000 | Each |
| 2 | Web Dashboard The Centralized Web Dashboard and Cloud Platform shall provide a secure and user-friendly interface for monitoring and controlling the IoT-based Smart Street Lighting System. The platform shall integrate with field devices such as IoT CCMS Controllers, Industrial Gateways, and Street Light Nodes, enabling centralized supervision and management of the entire lighting network. The system shall be accessible through standard web browsers and provide role-based access for administrators, operators, and maintenance personnel. | 36.000 | Month |
| 3 | Web Dashboard And Cloud Platform Server Setup:The Centralized Web Dashboard and Cloud Platform shall provide a secure and user-friendly interface for monitoring and controlling the IoT-based Smart Street Lighting System. The platform shall integrate with field devices such as IoT CCMS Controllers, Industrial Gateways, and Street Light Nodes, enabling centralized supervision and management of the entire lighting network. The system shall be accessible through standard web browsers and provide role-based access for administrators, operators, and maintenance personnel. The dashboard shall provide real-time monitoring of device status and electrical parameters, including voltage, current, power consumption, and energy usage. It shall display key information such as the total number of street lights, lights currently ON/OFF, faulty lights, and device connectivity status. The interface shall include visual elements such as charts and system indicators to help operators easily understand the overall system performance. The platform shall support remote control of street lighting, allowing authorized users to switch lights ON or OFF, control lighting circuits, and manage groups of lights from a centralized interface. The system shall also support automatic scheduling, enabling street lights to operate based on predefined time schedules. The dashboard shall include a fault detection and notification system capable of identifying issues such as power failures, communication loss, or device malfunction. Notifications and alerts shall be generated in real time and displayed on the dashboard, with optional alerts delivered through email or SMS notifications to designated personnel. The platform shall store operational data and provide energy usage reports and system performance summaries, allowing authorities to analyze energy consumption and optimize street lighting operations. The system shall also support remote device configuration and secure data backup, ensuring reliable and efficient management of the smart street lighting infrastructure. | 1.000 | LS |
| 4 | The Industrial IoT LoRa Gateway Collects data from multiple LoRa nodes and transmits it to a cloud platform through a 4G LTE cellular network. It supports up to 50 LoRa nodes operating in the 865867 MHz band with communication range up to 510 km line of sight.Device Type: Industrial IoT LoRa Gateway, Processor: Dual-Core 32-bit Processor, Clock Speed: 800 MHz, RAM: 512 MB, Operating System: Embedded LinuxSupported Nodes: Up to 50, Frequency: 865867 MHz, Communication Range: Up to 510 km, Connectivity: 4G LTE with 3G/2G fallback, Protocols: MQTT, TCP/IP, HTTP, HTTPS Storage: 8 GB, Power Input: 924V DC, Interfaces: Ethernet, USB, RS485, GPIO, SIM, Operating Temperature: 20C to +70C, Mounting: DIN Rail / Wall Mount, Country of Origin: India, BIS certified | 25.000 | Nos |
| 5 | IoT LoRa Node Electrical Monitoring And Street Light ControllerThe IoT LoRa Node is a low-power wireless device used for single-phase electrical monitoring and remote street light control. It communicates with the LoRa gateway and provides real-time energy monitoring and relay based street light switching.Device Type IoT LoRa Node, Controller: 32-bit Microcontroller, Clock Speed: 80 MHz, Flash Memory: 1 MB, RAM 128 KB, Frequency: 865867 MHz, Communication Range Up to 38 km, Voltage Monitoring 0300 VAC, Current Monitoring: 0100 A (CT), Relay: 1 Relay (10A @ 230VAC), Data Backup: 37 Days, Battery: 3.7V Li-Ion / Li-Po, Battery Capacity: 20005000 mAh, Enclosure: IP65 Outdoor Enclosure, Operating Temperature 20C to +70C, Mounting Pole / Panel Mount, Country of Origin India, BIS certified | 520.000 | Nos |
