NMS-360 — Renewable Energy Management Controller

Descripción

Intelligent Renewable Energy Management Controller PLANET NMS-360 Renewable Energy Management Controller can automatically detect up to 512 remote devices powered by PLANET BSP-360 Industrial Renewable Power Unit in ways that solar PV, battery and PoE port usage are recorded. Besides, traffic logs that are compliant with SNMP, MQTT Protocol and PLANET Smart Discovery utility are managed. It thus enables administrator to centrally manage a network of up to 512 nodes from a central office, greatly boosting network and power management efficiency. Moreover, the NMS-360 can support up to 2,048 PLANET IP cameras to do snapshots through the ONVIF Protocol. Watch Over Energy Usage Level, and System and Device Events within Minutes The home page displays the statuses of system and device events to oversee whether or not they are within the threshold set by the administrator. This can help the administrator quickly know whether the system is operating stably or not. The system event function offers the on-time event statistics table and you can filter the event device with one touch. The event devices section shows which devices are low in energy, not working properly and off the line. A graph of the current energy usage level and the green power utilization shows the power traffic statuses of the selected devices. Thus, it enables you to have a valuable information on the current energy statuses and other situations at a glance. With that, the administrator can immediately address whatever problem these devices may have. User-friendly Setup Wizard The NMS-360 enhances user experience by providing a more user-friendly setup wizard with a step-by-step guidance on how each related function is to be set. Just like an app, it reduces training time and allows even non-technical users to be able to set up management network system within minutes. App-like Device Table to Directly Oversee Energy Usage Status, etc. The NMS-360 interactive device table includes the statuses of system PoE usage, per port PoE usage, battery capacity, and linkup port traffic for each BSP-360-powered device. Just like an app, the administrator can see at a glance the status of each BSP-360-powered device at the same time. For a quick check on a specific function, the administrator can use the “Threshold Selector”, “Status Selector” and “Filter by Context” function. Real-time Centralized Monitoring with Configuration of PoE As the NMS-360 comes with a detailed system view of the BSP-360-powered devices, it enables to configure each powered device like turning on IP cam 1, turning off IP cam 2, etc. The history graph records the status of each device’s generator power, power usage and traffic. If the BSP-360 detects a PLANET camera, you can add it to the ONVIF IP cam list for monitoring purposes. Instant E-mail Alarm Function The NMS-360 e-mail alarm function is designed to send an email alert to the administrator via the SMTP server where syslog information can be found once an abnormality is detected. This can prompt the administrator to quickly fix the identified problem in the network. Optimizing Energy Deployment with Site Maps With the site maps, the BSP-360 can be located according to the field deployment, thus saving your time and cost of on-site support and monitoring. The current statuses of devices are shown in real time and the IP cam snapshot function is able to show the real onsite image. If the generator power is low, you can through the real-time image see if it is cloudy or raining, or other factors are involved. Applications Economical Central Energy Management Solution for SMBs PLANET NMS-360 Renewable Energy Management Controller allows users to remotely monitor the statuses of the BSP-360-powered devices in real time, including green power status, average power usage, instant PoE usage, and so on. Through the remote web management, the administrator at the headquarters is able to monitor and control those remote powered devices powered by the BSP-360. The BSP-360’s built-in four 802.3at/802.3af PoE ports allow the administrator to flexibly install PoE wireless APs in remote areas, without worrying about locating extra electric outlets. When functioning with a pair of the wireless transmission units, the BSP-360 Renewable Energy PoE Switch/Router can be efficiently managed from a remote control center. Key Features Industrial-grade Physical Hardware 5 10/100/1000BASE-T Gigabit Ethernet RJ45 ports RJ45 type console interface for basic management 2 USB 3.0 ports for configuration backup and restoration Desktop design for easy placement BSP-360s Management Dashboard Providing the at-a-glance view of system, power, traffic, and device event statuses Device List Providing devices status overview and managed function Setup Wizard Easy to use step-by-step guidance Node Discovery Management is carried out once a BSP-360-powered device is detected. App-like Device Viewing App-like devices that are compliant with SNMP, MQTT, and Smart Discovery Event Table The status of system can be reported via event alarm Alarm System E-mail alerts for the administrator via the SMTP server Device Provisioning Enabling BSP-360 to be configured and upgraded at the same time Site Map Real-time site map of BSP-360 and IP cams on the user-defined map to optimize energy deployment Remote PoE control Real-time remote PoE on/off to reboot connected devices User Control Allowing on-demand account creation and user-defined access policy Scalability Free system upgrade and BSP-360 firmware bulk upgrade capability Maximum Scalability 1 site map, 512 nodes, 2048 managed IP cameras. Network Management Characteristics Built-in DHCP Server SSL secure access Web-based GUI management interface SNMP v1, v2c, and v3 management Supports PLANET DDNS/Easy DDNS

Especificaciones técnicas

I/O Interface Storage

Five 10/100/1000BASE-T RJ45 ports with auto-MDI/MDI-X 2 USB 3.0 ports (They cannot be used at the same time.) 1 RS232-to-RJ45 console port (115200, 8, N, 1) 1 DC jack power input 1 power switch 1 reset button 8GB EMMC5.1, 15nm/2 eMLC

Dimensions (W x D x H)

232 x 152 x 44 mm

Weight

1.15 kg

Enclosure

Metal

Power Requirements

60W adapter 12V 5A with DC jack AC 100~240V, 3~1.5A, 60~50Hz.

Temperature

Operating: 0 ~ 40 degrees C Storage: -20 ~ 75 degrees C

Humidity

10 ~ 85% relative humidity (non-condensing)

MTBF (Hours)

120,000

Number of Managed Devices

512

Number of IP cameras

2,048

Dashboard

Providing the at-a-glance view of system, power, traffic, and device event statuses

Setup Wizard

Easy-to-use step-by-step guidance

Node Discovery

Management is carried out once a BSP-360-powered device is detected.

App-like Device Viewing

App-like devices that are compliant with SNMP, MQTT, and Smart Discovery

Event Table

The status of system can be reported via event alarm

Alarm System

E-mail alerts for the administrator via the SMTP server

Device Provisioning

Enabling BSP-360 to be configured and upgraded at the same time

Site Map

Real-time site map of BSP-360 and IP cams on the user-defined map to optimize energy deployment

Remote PoE Control

Real-time remote PoE on/off to reboot connected devices

User Control

Allowing on-demand account creation and user-defined access policy

Scalability

Free system upgrade and BSP-360 firmware bulk upgrade capability

Maximum Scalability

1 site map, 512 nodes, 2048 managed IP cameras.

Backup/Restoration/Read

Provides system and profile backup/restoration/read raw data from USB

User Account Management

Supports on-demand account creation per user-defined access policy

Network

DDNS Supports PLANET DDNS/Easy DDNS DHCP Built-in DHCP Server for auto IP assignment to APs Management SSL; Web browser (Chrome is recommended); SNMP v1, v2c, v3 Discovery Supports SNMP, ONVIF and PLANET Smart Discovery

Maintenance

Backup System backup and restore to local or USB HDD Reboot Provides system reboot manually or automatically per power schedule Diagnostic Provides IPv4/IPv6 ping and trace route

Regulatory Compliance

CE, FCC

Standards Compliance

IEEE 802.3 10BASE-T IEEE 802.3u 100BASE-TX IEEE 802.3ab Gigabit 1000BASE-T IEEE 802.3x Flow control and back pressure IEEE 802.3z Flow control with Rx thresholds and Tx pause frames IEEE 1588 protocol and IEEE 802.1AS implementation IEEE 802.3az (EEE)