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4G LTE and 5G Antennas for secondary substations

Jos Zenner

Published on 07 Aug, 2024

4G LTE and 5G Antennas for secondary substations
Distribution System Operators (DSO’s) all over the world are facing the pressure to make their secondary substations smarter. They are installing monitoring for their substations to improve network operation, maintenance, and planning. In many cases mobile 4G and 5G networks are used as a replacement for the existing control cable network. The reliability of the mobile connection depends on the right choice of the 4G and 5G antenna. 

Radio planning and antenna selection

Radio planning in terms of mobile coverage and measurement of radio characteristics is essential for the reliability of the system. Based on the data and coverage maps of the operators helps with the choice of technology, which mobile operator to select and what kind of antenna to choose. It also allows to decide if you can use an internal antenna or if you must install an external one.
Every radio application stands or falls with the right choice of antenna.
In many cases sufficient radio planning is not done, standard antennas have been installed and no signal testing was performed. Not rarely when the connection should be established it is noticed that the signal is too low. Thus, other solutions like reallocation of the standard antenna outside the LV substation or replacement of the antenna with a higher quality antenna or usage of different SIM card and operator.

Different frequencies and performance of wide band antennas

There are different technologies to use like:
  • 4G LTE – 600 to 2600 MHz
  • 5G – 600 to 4000 MHz
  • 450 MHz CDMA or 450 MHz LTE – 450 to 470 MHz
For most applications in LV substations coverage is much more important compared to high data rates. Lower radio frequencies have a much better coverage and building penetration. Frequencies above 2 GHz are not suitable for mass rollouts. That is why the performance of the antennas in the sub 2 GHz bands is most important.  

4G LTE antenna with high efficiency in 700 to 1800 MHz bands

The PCTEL® BMLPVMBLTENGP-VP antenna delivers highest performance for the mount inside or outside the LV substation. The rugged and ground plane independent antenna 4G LTE antenna has a very high efficiency and delivers superior performance in the lower frequency ranges. There are versatile mounting options including cabinet mount and magnetic mount.

5G antenna including 4G LTE support

PCTEL® BMLPV5000 is the 5G version of the successful MLPV series. The extremely wide frequency range from 600 MHz to 6000 MHz makes this antenna very flexible in the use of 5G networks. In addition, the antenna can be used in 4G LTE networks and is therefore already a future-proof choice today.

450 MHz LTE antenna for secondary substations

Several energy companies build their own cellular networks. They are using the 450 MHz frequency range. The PCTEL® MLPV430 antenna delivers highest performance for LTE 450 MHz and CDMA 450 applications. Including LTE Band 72 with Cat. M1 and Cat. 4.

Expert

Jos Zenner

Chief Technology Officer at Welotec GmbH

Jos Zenner is the Chief Technology Officer at Welotec GmbH and a member of the steering committee of the vPAC Alliance. He specializes in leading product management and R&D within the digitalization sector, with a particular focus on the electric grid and digital substations. His work leverages technology to accelerate the energy transition. As a thought leader with a profound understanding of the market, Jos Zenner is at the forefront of innovation in this field.

Jos Zenner, Chief Technology Officer at Welotec, expert in digitalization for the energy sector, specializing in smart grids and digital substations.

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