CC1310PA+LNA High-Power Long-Distance Module | Core Application Fields
CC1310PA+LNA high-power long-distance module is built around the industrial-grade CC1310 chip, integrated with a dedicated PA (Power Amplifier) + LNA (Low Noise Amplifier) RF module that enhances the transmission performance of the Sub-1GHz frequency band. It delivers core features of high-power long-distance transmission, strong penetration and anti-interference, and low-loss reception, and supports an industrial wide temperature range of -40~85℃, adjustable multi-channels, and resistance to complex industrial electromagnetic interference. Ideal for wireless temperature measurement and data transmission scenarios with large-scale wide-area coverage, long-distance cross-region transmission, heavy occlusion, and multi-point decentralized deployment that ordinary modules cannot cover, it perfectly compensates for the shortcomings of standard CC1310 modules such as short transmission distance and weak penetration. Highlighted by high power, long distance, strong penetration and wide-area networking, it is widely used in industrial scenarios with high requirements for transmission distance and penetration, including large industrial plants, outdoor new energy stations, mine tunnels, rail transit hubs, and wide-area power distribution networks.
I. Large Industrial Plants: Wide-Area Decentralized Equipment Temperature Measurement 🏭
Suitable for ultra-large industrial plants in metallurgy, chemical engineering, automobile manufacturing, and heavy equipment industries—characterized by large plant areas, cross-regional decentralized production equipment, heavy occlusion by buildings/equipment, and wide-area distributed temperature measurement nodes. The module’s high-power long-distance transmission and strong penetration enable a single receiver to cover multiple devices, significantly reducing networking nodes and system deployment costs:
- Large production workshops/plant clusters: Monitor high-voltage distribution cabinets, large motor units, frequency converters and other equipment across workshops, penetrate the obstruction of plant walls and metal equipment, and achieve wireless data transmission over an open distance of more than 500 meters.
- Outdoor power/ distribution equipment in plants: Cover compact substations, high-voltage branch boxes, water pump stations and air compressor stations scattered outdoors in the plant, realize unified remote transmission of temperature measurement data from wide-area equipment with a single module without dense repeaters.
- Heavy machinery clusters: Conduct temperature measurement on large rolling mills, cranes, welding equipment clusters in metallurgy/shipbuilding/engineering machinery plants, adapt to the characteristics of large equipment spacing and complex on-site electromagnetic environment, and ensure stable data transmission with strong anti-interference performance.
- Pipe rack/unit areas in chemical parks: Monitor power distribution nodes of outdoor pipe racks and high-voltage equipment supporting reaction kettles in chemical parks, penetrate steel structures of pipe racks and unit cabinets, and realize long-distance cross-regional temperature measurement networking.
II. Outdoor New Energy Stations: Wide-Area Large-Scale Equipment Temperature Measurement 🔋
Aligned with the layout characteristics of large outdoor new energy stations such as photovoltaic, wind power and energy storage—large floor areas, scattered equipment, no/light outdoor occlusion, and demand for large-scale wide-area networking. The module’s high-power long-distance transmission adapts to the station’s needs for fewer repeaters, wide coverage and unattended operation, serving as a core adaptive module for large-scale temperature measurement in new energy stations:
- Large photovoltaic power stations: Cover combiner boxes, string inverters and compact substations in continuously arranged photovoltaic arrays, a single receiver can cover temperature measurement nodes of dozens of photovoltaic arrays, with a transmission distance of 800~1000 meters in open environments, adapting to the large-area large-scale deployment of power stations.
- Wind farms: Monitor compact substations of scattered wind turbines, tower power distribution equipment and collector line joints, penetrate the obstruction of wind turbine towers and outdoor poles, realize long-distance wireless temperature measurement between wind turbines and the central control room without deploying receiving equipment for each turbine.
- Energy storage industrial parks/energy storage power stations: Cover energy storage cabin clusters, outdoor high-voltage distribution equipment and converter stations, adapt to the characteristics of dense but cross-regional decentralized equipment in energy storage parks, and realize unified remote transmission of park temperature measurement data to the energy storage monitoring platform via high-power wide-area networking.
- Integrated wind-solar-storage-charging stations: Adapt to the cross-regional mixed layout of photovoltaic, wind power, energy storage and charging equipment in integrated stations, a single module is compatible with temperature measurement data transmission of multiple devices, realizing ultra-simplified networking of the whole station’s temperature measurement system.
III. Mines/Tunnels: Long-Distance Temperature Measurement in Underground/Narrow Spaces ⛰️
Suitable for narrow closed/semi-closed spaces such as mines, tunnels and underground projects—characterized by long transmission distance, heavy environmental occlusion (rock walls/equipment), complex electromagnetic interference and high difficulty of manual operation and maintenance. The enhanced RF performance of the module’s PA+LNA enables long-distance penetration transmission in narrow spaces, adapting to the special temperature measurement needs of underground scenarios:
- Underground mine equipment: Monitor high-voltage distribution switches, cable joints, main fans, hoists and other equipment in coal/metal mines, penetrate the obstruction of underground rock walls and roadway equipment, and realize long-distance data transmission between underground and ground monitoring centers.
- Tunnel engineering/underground utility tunnels: Cover construction machinery and distribution equipment of highway/railway tunnels, as well as temperature measurement nodes of power and communication cabins in urban underground comprehensive utility tunnels, adapt to long-distance networking in narrow spaces without dense repeaters.
- Surface washing/ smelting areas in mines: Monitor large equipment clusters in surface washing plants and smelting workshops of mines, adapt to the characteristics of large plant areas and cross-regional decentralized equipment, and realize unified remote transmission of temperature measurement data to the mine central control room via high-power long-distance transmission.
IV. Power Systems: Wide-Area Distribution Network/Remote Power Equipment Temperature Measurement ⚡
Focus on temperature measurement scenarios of remote areas, wide-area distribution networks and long-distance power transmission in power systems, make up for the transmission shortcomings of ordinary modules in remote unattended and cross-regional wide-area deployment, and adapt to the needs of power supply bureaus/rural power grid operation and maintenance for less maintenance, wide coverage and long-distance remote transmission:
- High-voltage lines/distribution network nodes in remote areas: Monitor high-voltage cable joints, pole-mounted switches and compact substations in mountainous/suburban remote areas, realize long-distance remote transmission of temperature measurement data to the nearest operation and maintenance station without on-site receiving terminals.
- Large substations/converter stations: Cover wide-area decentralized high-voltage equipment and outdoor distribution areas in substations, penetrate metal cabinets and building obstruction of substations, realize coverage of temperature measurement nodes in multiple areas with a single receiver, and simplify on-site temperature measurement networking.
- Continuous distribution network nodes in rural power grids: Adapt to continuously arranged distribution transformers and outdoor branch boxes in rural power grids, realize coverage of distribution equipment in multiple villages with a single receiver, and significantly reduce the deployment and operation costs of wide-area temperature measurement in rural power grids.
- Auxiliary equipment of cross-regional transmission lines: Monitor power distribution nodes and surge arresters of iron tower foundations along transmission lines, realize long-distance wireless temperature measurement, adapting to the characteristics of long-distance outdoor and unattended transmission lines.
V. Rail Transit/Transportation Hubs: Temperature Measurement in Large Hubs & Along Line Routes 🚇
Suitable for temperature measurement needs of large transportation hubs and along transportation line routes such as high-speed railways, urban rail transit, airports and ports—characterized by large hub areas, cross-regional decentralized equipment, scattered equipment along line routes and demand for long-distance networking. The module’s high-power long-distance transmission and strong anti-interference adapt to the complex electromagnetic environment and wide-area deployment needs of transportation scenarios:
- Large transportation hubs: Cover high-voltage distribution cabinets, power equipment and charging pile clusters in airports, high-speed railway stations and ports, penetrate the obstruction of hub buildings and steel structures, and realize unified remote transmission of wide-area equipment temperature measurement data to the hub monitoring center.
- Along rail transit lines: Monitor compact substations, pole-mounted switches and peripheral equipment of traction substations along high-speed railway/urban rail transit lines, realize long-distance temperature measurement networking of scattered equipment along the lines without dense repeaters along the routes.
- Heavy equipment in ports/logistics hubs: Cover gantry cranes, container cranes and heavy handling equipment clusters in ports and logistics hubs, adapt to the characteristics of large equipment spacing and open outdoor environment, and realize unified monitoring of equipment temperature measurement data via high-power long-distance transmission.
VI. Large Warehousing/Smart Parks: Wide-Area Infrastructure Temperature Measurement 🏙️
Suitable for large-space wide-area parks such as large logistics warehousing, smart industrial parks and industrial new cities—characterized by large park areas, scattered distribution/HVAC/security equipment, and demand for wide-area networking with low operation and maintenance costs. The module’s high-power long-distance transmission enables fewer nodes, wide coverage and repeater-free deployment of the park temperature measurement system:
- Large cold chain/logistics warehousing: Monitor distribution cabinets, refrigeration units and cold storage outdoor units scattered in the warehousing park, penetrate the obstruction of warehousing storehouses and containers, and realize remote transmission of wide-area equipment temperature measurement data.
- Smart industrial parks/industrial new cities: Cover cross-regional switching stations, compact substations, HVAC equipment and charging pile clusters in the park, a single receiver covers multiple functional areas of the park, simplifying the intelligent temperature measurement networking of the park.
- Large data center parks: Monitor outdoor distribution equipment, energy storage cabins and cooling tower clusters in data center parks, adapt to the characteristics of wide-area decentralized equipment in the park, and realize long-distance and unattended temperature monitoring.
Core Application Value Summary
The core value of the CC1310PA+LNA high-power long-distance module lies in breaking the transmission distance and penetration bottlenecks of standard CC1310 modules through the performance enhancement of the PA+LNA RF module, and achieving wireless transmission capabilities of high-power long-distance transmission, low-loss reception, and strong penetration and anti-interference in the Sub-1GHz frequency band, fundamentally solving the problems of wireless temperature measurement and data transmission in scenarios with large-space wide-area coverage, long-distance cross-region transmission, heavy occlusion and multi-point decentralization.
At the same time, the module retains the core industrial-grade characteristics of the CC1310 chip: the -40~85℃ wide temperature range adapts to harsh industrial environments such as outdoor, underground and chemical engineering; adjustable multi-channels are compatible with multi-device networking; wide-area coverage can be achieved without dense repeaters, significantly reducing the networking cost and later operation and maintenance workload of the temperature measurement system. Compared with ordinary modules, it is more in line with the needs of scenarios with high transmission performance requirements such as large industrial plants, outdoor new energy stations, mine tunnels and wide-area power distribution networks. It is the preferred module for wide-area decentralized industrial equipment to realize wireless temperature measurement and data transmission, providing a highly reliable and cost-effective wireless transmission solution for wide-area intelligent monitoring in industrial scenarios.
