Distribution network and terminal automation
Extend high-precision time signals to ring network cabinets, column switches, smart meters, and edge sites to enhance fault location and non-intrusive detection capabilities.
Power & Energy Solutions
Power and Energy
Constructing a trusted time-frequency infrastructure to guarantee the stable operation and wide-area synergy of smart grids
In digital power system, millisecond error may bring about misjudgment of the whole network trend, and time-frequency synchronization has become the cornerstone of the safe operation of the new power system. BeiDou Bontec provides multi-protocol synchronization technology based on BeiDou/GNSS, PTP (IEEE 1588), IRIG-B, 1PPS, 10 MHz and other protocols to build a high-precision and high-availability timing system, which can satisfy the requirements of power generation, substation, transmission and distribution, dispatching center, and power terminals in terms of time accuracy, stability, and security, and help the energy system advance towards intelligence, cleanliness, and distribution. We will help the energy system to move forward to intelligent, clean and distributed.
Power & Energy Segmented Application Scenarios
Synchronization of new energy grid connection with microgrid
Supports the time control requirements of wind power, photovoltaic, and battery storage systems in scenarios such as precise grid connection, synchronized back-feeding, and island switching.
Wide Area Movement Control Center (WAMCC)
It builds a master and backup clock architecture, unifies the scheduling time scale, guarantees the time consistency of cross-regional linkage of SCADA and EMS systems, and meets the time deviation constraints of the South China Network and the State Grid.
Substation time harmonization system
Provide station timing center, infrared/digital clock, IED device synchronization function, support PTP+IRIG-B redundancy mode, in line with DL/T634, DL/T860 and other standards.
Power Plant and Power Side Timing
Provide nanosecond time reference for synchronous phase measurement unit (PMU), fault recording device (FR), protection measurement and control device, etc. to support frequency control and power quality analysis.
Key Technology Highlights
- IEEE 1588v2 (PTP) + IRIG-B multiplexing architecture: supports one master, multiple slaves, transparent clock, boundary clock mode, meets millisecond to microsecond synchronization requirements
- Rubidium/thermocrystal taming technology: Supports Holdover output in GNSS lost-lock state, ensuring high stability timing even under broken link conditions.
- Compliance with electric power industry specifications: support interface definition and deviation requirements of DL/T634, DL/T860, Q/GDW, IEC61850-9-3 and other standards
- Redundant architecture support: dual inputs, dual outputs, dual master clocks, automatic master and backup switching to meet the high availability requirements of the scheduling center and core sites
- Visualization of time-frequency status monitoring: Provide Web management interface, remote alarm, deviation trend analysis, and broken chain traceability.
- Supports multiple interface protocols: NTP, PTP, IRIG-B (DC/AM), 1PPS, 10MHz, TOD and other full-standard interface outputs
- Anti-jamming and spoofing detection mechanism: embedded satellite jamming/spoofing protection module to ensure reliable and trustworthy time source
Products for Power & Energy Applications
T220-C PCIe 授时卡面向服务器、工控及嵌入式平台，提供高精度时间同步与定时中断能力，支持卫星授时及B码、PPS+TOD、PTP等多种参考源，并可在异常时自动切换至其他有效源，保障现场连续同步，适用于通信、轨道交通、工业自动化、航空航天、无线电监测及时频比对等场景。
T7905 SNTP time server supports NTP and SNTP network synchronization protocols, and is a high-precision, high-capacity, high-security clock product. The hardware of the device adopts redundant architecture design, and the high-precision clock comes directly from the atomic clocks of each satellite in the GNSS system, and tames the local clock source through signal analysis to realize the function of keeping the local clock accurately after the loss of satellite signals. The software of the device adopts a variety of anti-jamming detection and identification algorithms of Beidou Bontec to detect signal anomalies caused by interference and malicious attacks on satellite signals. Unique embedded hardware design, high-efficiency Linux operating system, flexible expansion of a variety of clock signal output.
T600-LBDRBP [Xintron+Pure Beidou+Rubidium Clock+10 Gigabit Optical Port+Dual Electricity]NTP network time server supports NTP/SNTP to provide high precision and high capacity timing for critical infrastructure. It adopts localized industrial motherboard, adapts Kirin OS, supports business network/management network isolation, independent configuration of multiple network ports and routing policy; supports bonding link redundancy and dual-machine hot standby/heartbeat detection to ensure continuous reliability. Support multi-constellation GNSS (pure BeiDou optional) + rubidium atomic clock timing, automatic holdover and smooth lockback; with anti-jamming/anti-spoofing detection alarms. Provide Web unified management, support SNMP/customized MIB access network management.
T600-BDRBP[Xinchuang+Pure Beidou+Rubidium clock+Dual power]NTP network time server supports NTP/SNTP to provide high precision and high capacity timing for critical infrastructure. It adopts localized industrial motherboard, adapts Kirin OS, supports business network/management network isolation, independent configuration of multiple network ports and routing policy; supports bonding link redundancy and dual-machine hot standby/heartbeat detection to ensure continuous reliability. Support multi-constellation GNSS (pure BeiDou optional) + rubidium atomic clock timing, automatic holdover and smooth lockback; with anti-jamming/anti-spoofing detection alarms. Provide Web unified management, support SNMP/customized MIB access network management.
The TSA500 Time Synchronization Analyzer is a portable test terminal that integrates high-precision time code testing, frequency stability measurement, clock source analysis, and time-frequency signal output. Complying with international and domestic standards such as ITU-I, IEEE, and EIA, it is widely applicable to time-frequency signal testing scenarios in communications, power generation, rail transit, national defense, research institutes, and measurement units. Its high reliability and professionalism make it an ideal test tool for a variety of time-frequency applications.
The T-ASJ01 is a compact, all-in-one satellite navigation and anti-interference device designed for civilian drones and industrial applications. It supports BeiDou-3 B1/B3 dual-frequency reception and offers wideband B1/B3 interference suppression, achieving an anti-interference factor of 3. Integrating an antenna array, anti-interference module, and navigation receiver, it boasts compactness, lightweight design, and low cost. It is suitable for military communications, command systems, and various aircraft, ship, and vehicle-mounted communication platforms.
简体中文 
English