Bivocom

  Bivocom is a leading wireless solution designer and provider for IoT and M2M in China, offering high quality cellular modems, routers, gateways, RTU and IoT platform. Since 2014, Bivocom has served more than 90 countries and regions' customers in different industries.   

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Mini Embedded IoT Router, only 5x5cm（在 Xiamen, China） https://www.instagram.com/p/CV1gSV6qKZ2/?utm_medium=tumblr

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Smart traffic light control system using Bivocom 4G IoT router TR321（在 Xiamen, China） https://www.instagram.com/p/CPZoRW0jsD2/?utm_medium=tumblr

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This IoT application is using Bivocom industrial IoT gatewayTG451 together with a Raspberry to monitor the status of the energy meter, IP camera video and remotely lock and unlock the bluetooth padlock over 4G network. https://www.instagram.com/p/CMMHUOwDhL-/?igshid=8ez8yztt2pdx

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Bivocom touch screen IoT gateway TG462S was used in the environmental monitoring system for the industrial area near the railway, the northern part of China, where winter temperature down to -20 degree centigrade, the system is used to monitor the air quality(PM2.5/5/10, CO/NO2/O3/H2S/SO2), temperature, humidity, wind speed/direction.

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All lined up and get the first batch ready to be shipped out before Chinese New Year. https://www.instagram.com/p/CK3J_zNjB5H/?igshid=2jn13kx95vwu

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What is the role of an air compressor in crude oil production? It has been used to pull the natural gas vapor from the oil tanks, so instead of burning it all, the oil company can compress and put it in the natural gas pipeline, and together with a VRU(Vapor Recovery Unit) system, it helps to prevent emissions vented to the atmosphere, and save money for oil companies. Below is a success case of Bivocom industrial 4G cellular router TR321 used for air compressor remote monitoring in crude oil production. Contact Bivocom team to get more details. https://www.instagram.com/p/CKyxPofjD3U/?igshid=113cwpb91d08d

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What is the role of an air compressor in crude oil production? It has been used to pull the natural gas vapor from the oil tanks, so instead of burning it all, the oil company can compress and put it in the natural gas pipeline, and together with a VRU(Vapor Recovery Unit) system, it helps to prevent emissions vented to the atmosphere, and save money for oil companies. Below is a success case of Bivocom industrial 4G cellular router TR321 used for air compressor remote monitoring in crude oil production. Contact Bivocom team to get more details. https://www.instagram.com/p/CKyxEK-jr7K/?igshid=1llbmn21wbbtk

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Bivocom annual family party

Bivocom annual family party, we work hard and play hard!

https://www.bivocom.com/

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Air pollution automatic monitoring and alarm IoT solution

Source: https://www.bivocom.com/solution/air-pollution-automatic-monitoring-and-alarm-iot-solution

Environmental protection has been a hot topic in recent years. Paying attention to environmental protection and protecting the environment will leave a more beautiful and better living space for our future generations. Nowadays, with the vigorous development of scientific and technological manufacturing and demand for diverse products, air pollution has become more and more serious. Because of this, environment departments worldwide have been taking actions to protect the environment, including released new laws and build the automatic monitoring of air pollution, to achieve early detection and early treatment to ensure a clean environment.

4G RTU Based Air Pollution Automatic Monitoring Solution

The air pollution automatic monitoring program under the environmental data acquisition instrument continuously monitors the main pollutants (sulfur dioxide, nitrogen dioxide, etc.), evaluates the air quality; collects and monitors the precipitation pH value; grasps the atmospheric wind speed, wind direction, temperature, humidity, Atmospheric data such as air pressure, precipitation, and sunshine time. The data is uploaded to the cloud platform through wireless communication equipment, and the data is visually managed. Multiple management departments can simultaneously grasp the air monitoring situation in real time, and rely on big data analysis to provide decision-making basis for environmental pollution control.

Field Data Acquisition: various sensors detect pollutants, ph value, and weather data.

Data Transmission: Bivocom TY511, the core of automatic monitoring of air pollution, through 4g/3g/2g wireless network for data acquisition and transmission at the edge where type of sensors connected to TY511, realizing remote measurement, remote control, and remote signaling.

Data Center: data monitoring and analysis, exception handling, remote device management configuration.

Bivocom 4G RTU TY511-Environmental protection data acquisition instrument for automatic monitoring of air pollution

Comply with various environmental protection data collection requirements, as well as “Pollutant Online Automatic Monitoring (Monitoring) System Data Transmission Standard” (HJ 212-2017) and (HJ 212-2005) in China and customizable protocols from global market, suitable for environmental and pollution source online monitoring equipment monitoring data collection , storage and transmission. It is widely used in environmental protection monitoring fields such as VOCs online monitoring system, pollution source online monitoring, exhaust gas online monitoring, water pollution traceability monitoring, and ecological environment quality.

TY511 LCD RTU

Rich IO for diverse sensors and equipments, such as RS232, RS485, DI, DO, Relay, Pulse input, SDI-12, etc.

Support Modbus RTU, MQTT protocol.

Wide temperature resistant (-35°C to 75°C), wide voltage input (5V-35VDC), moisture-proof, lightning-proof, and anti-electromagnetic interference ability to adapt to various harsh environments.

Multiple detection mechanisms, for instance self-repair of operating failures; three-level watchdog detection mechanism, intelligent software wake-up and hardware power-off restart mechanism, automatic device reset; PPP layer heartbeat, KeepAlive, TCP heartbeat link detection mechanism, automatic network failurerestore, disconnect and reconnect to ensure that the device is permanently online.

Equipment failure alarms, improve the online rate of equipment in remote areas; support remote parameter configuration (support platform configuration mode and SMS configuration mode at the same time); support regular collection and reporting to the central platform; support remote real-time data, historical data query and local export of historical data.

Similary pruduct

TG501 Mini RTU

In addition

Air pollution automatic monitoring cloud platform  

Air pollution automatic monitoring cloud platform mainly includes the infrastructure layer, data layer, service layer, application layer, access and display layer, etc., centralized visual display of environmental protection elements and dynamic layer screening. Realize intuitive and unified visual analysis and display, and provide comprehensive, timely and accurate information services for environmental protection.

Above all, Bivocom provides support of integrating third party IoT platform, or providing customized private IoT platform for customers.

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5G Remote-Controlled Forklift Improves Productivity and Safety

Bivocom, China Unicom and Noblelift have successfully demonstrated a 5G remote-controlled self-driving forklift in Zhejiang, China. Thanks to the cutting-edge technology such as 5G, AI, big data, IoT, laser positioning, IoT camera sensor, the operator was able to remote control the forklift in real time to dispatch the materials from location A to B. Besides, except the remote operation, Noblelift was able to remote training their workers and customers via 5G network. What’s more, it also helps the forklift manufacturer Noblelift to offer excellent after sales service for their customers, cause Noblelift can remote monitoring the running hours of forklift and status of its operation, and they can send maintenance message to their customers.

During this demonstration, Bivocom’s industrial 5G NR IoT gateway TG463 was used to provide a faster and more reliable 5G connectivity for the whole solution, bringing the edge data to remote server in real time.

About TG463

● 5G NR Sub-6 bands with SA and NSA dual modes ● Global 5G and LTE-A coverage, back support 3G ● Dual SIM, WWAN and WAN failover ● 2.4G/5G WIFI (802.11b/n/g/ac) ● 5x Gigabit Ethernet port (4 PoE PSE, 802.3af) ● 1-RS232, 1-RS485, 2-DI, 3-ADC, 3-DO(Relay) ● Support Modbus RTU/TCP, MQTT, SNMP, VPN ● Linux OS based openwrt platform for secondary development

With the fast deployment of 5G networks globally, we’ll see more and more 5G, IoT, AI and Big Data technology are used in different industries, such as smart factory, industry 4.0, smart maintenance and logistics, etc.

About Bivocom

Bivocom is a leading wireless solution designer and provider for IoT and M2M in China, offering high quality cellular modems, routers, gateways, RTU and IoT platform. Since 2014, Bivocom has served more than 90 countries and regions’ customers in different industries.

About China Unicom

China Unicom is a Chinese state-owned telecommunications operator of China, and is the world’s fourth-largest mobile service provider by subscriber base.

About Noblelift

Noblelift Group is a Chinese leading manufacturer and service provider for material handling equipment and logistics solutions. The company is the largest manufacturer of hand pallet trucks globally for more than 13 years, and the leading manufacturer for Class 1/2/3 forklifts in China. Noblelift is dedicated to be the leading manufacturer and solution provider for material handling business worldwide.

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3 Steps to Build Your IoT Demo

Bivocom TG451 Industrial Iot Gateway

Want to know the environment condition of your greenhouse, server room, factory or substation of electricity from anywhere and anytime? Thanks to the IoT technology, your IoT concept can be easily realized.

 Today, we’re going to show you how to build a simple IoT demonstration in just 3 steps by using an industrial temperature & humidity sensor, Bivocom industrial 4g IoT gateway TG451, and Fogwing cloud IoT platform.

 Get Your IoT Hardware and IoT Platform Ready

1. An industrial temperature and humidity sensor can detect field conditions and convert it to digital signal. In our case, the sensor acquires the field environment temperature and humidity, transfer the data via RS485 interface following Modbus RTU protocol which is very common in IoT technology.

2. An industrial cellular IoT gateway or modem comes with RS485, and support protocols like Modbus RTU/TCP, JSON and MQTT. In this case, we use a Bivocom 4G IoT gateway TG451 to connect to the sensor via RS485, and acquire the data from sensor, convert it from Modbus to JSON, and transmit to a cloud MQTT server. For more details of  industrial gateway TG451, please refer https://www.bivocom.com/products/iot-gateways/industrial-gateway-tg451/

3. A Cloud IoT platform. Fogwing is a feature-rich, and ease to use IoT platform, which supports MQTT protocols. Fogwing also provides visible dashboard and alarm trigger features. You may need to register a free account from https://enterprise.fogwing.net

Step 1,

Deploy the temperature & humidity sensor at place you plan to monitor, and then connect it to Bivocom TG451 gateway via RS485 port.

Step 2,

Configure the TG451 industrial iot gateway to get sensor data and upload to cloud server Fogwing. Bivocom TG451 provides user friendly Web UI for configuration. For initialization setup, please refer QSG(quick start guide) from Bivocom.

1) Login to the Web UI of TG451, enable the ‘Data Collect’ feature, and set the period of data collection and report period according to your demand.  

 2) Configure the relevant interface parameters, Bivocom TG451 provides RS232, RS485, Ethernet, DI/DO(relay). In our case, we use RS485 COM port to connect to sensor, set the relevant Baud rate, Data bit, and other parameters following sensor datasheet.

 3) Configure the Modbus Rules at Web UI>>Data Collect>> Modbus Rules Setting, following the sensor’s Modbus map, set the Device ID, Function code, Register address, holding length (count), and other parameters (click “Edit” button for more settings), to get and calculate the correct Temperature and Humidity value accordingly.

  4) We will get the MQTT access information from Fogwing platform after registere TG451 device on Fogwing portal.

 Input the MQTT information of Fogwing on TG451 server setting, and set JSON format as platform requested.

Step 3,

After finished the TG451 gateway settings, the sensor data will be published to Fogwing platform periodically, access the dashboard of cloud IoT platform anytime and anywhere, all the real time data is under monitoried now.

 Dashboard on Fogwing

Check the real time data on Data Storage

 Visible Graph Display on Fogwing Dashboard