Sisteme supraveghere, reţelistică, wireless, TV, satelit, antene, cabluri

About the trade fair	What we’ll be showing	Organisational information	Photos

At ENERGETAB 2026, visitors will have the opportunity to discover the latest solutions in the fields of power engineering, automation, telecommunications, electronics, renewable energy sources and electromobility. Particular emphasis will be placed on technologies related to the modernisation and digitalisation of energy infrastructure, improving energy efficiency and the transition towards more environmentally friendly energy sources. Outdoor exhibitions are also an important part of the fair, allowing for the display of large-scale equipment, vehicles and specialist gear used in the energy sector.

The scale of the event is growing steadily, as best demonstrated by the record attendance at ENERGETAB 2025. Last year’s event was visited by nearly 37,000 visitors, whilst nearly 500 exhibitors from 21 countries across Europe and Asia showcased their products and services. Such high levels of interest demonstrate that ENERGETAB remains one of the key venues for showcasing new technologies and exchanging experiences amongst manufacturers, distributors, designers, installers and representatives of energy companies.

DIPOL’s participation in the Energetab trade fair is an opportunity for us to showcase our tried-and-tested solutions, as well as a range of new products that will be used in telecommunications installations for the energy sector and beyond.

Organisational information:

Exhibition stand opening hours:

Day 1 – 17 September, 9.00 – 17.00
Day 2 – 18 September, 9.00 – 17.00
Day 3 – 19 September, 9.00 am – 2.00 pm

Organisational information:

Venue:
Directions
Exhibition map

What we’ll be showing

CCTV Solutions for the Energy Sector

DeepinViewX is a series of Hikvision IP cameras featuring large AI Guanlan models, designed for precise perimeter security in challenging weather and lighting conditions. It offers twice the VCA detection range and reduces false alarms by up to 99 per cent.

iDS‑2CD2T47G2‑XS/PP K03741 bullet camera: Analytics: Event detection (intrusion, line crossing and zone crossing) with precise object classification. Effectiveness: Reduction in false alarms by up to 90 per cent. VCA range: 3–70 m (day) / 3–50 m (night).

The HM-TP21S-7QF/W-M11 K04962 is a professional, handheld thermal imaging camera designed for fast and precise diagnostics during technical inspections. Imaging: 192 × 144 px thermal imaging sensor and 8 Mpix visible light camera. Display: 3.5" touchscreen LCD (640 × 480 px). Functions: Image preview, device operation and precise temperature readings.

The HM‑TD2628T‑7/G1/T3A K04969 is a bispectral perimeter security camera, designed for reliable object detection and early threat detection in challenging environmental conditions.

Imaging: 256 × 192 VOx thermal imaging module, 5 MP optical sensor and image fusion functions (PiP, overlay).
AI analytics: GUANLAN model with false alarm reduction, person/vehicle classification, and detection of fire, smoke and burning.
Thermography: Temperature measurement from -20°C to 650°C (±2°C) with support for 21 measurement rules.
VCA range: Detection up to 84 m for people and up to 210 m for vehicles.

The DS‑2XE6045G0‑I(B) K04959 is an explosion-proof IP camera designed for monitoring industrial sites in potentially explosive atmospheres.

Certification and housing: ATEX/IECEx (Zones 1, 2, 21, 22) and a highly robust aluminium housing (IP68, IK08).
Imaging: 4 Mpix sensor (1/3" CMOS), 4 mm lens (78.8°), IR illuminator up to 30 m and 120 dB WDR.
Features and analytics: Smart Events (intrusion, line crossing), H.265 compression and support for microSD cards up to 256 GB.
Power supply: PoE or 24 V DC.

The HM‑TD3028T‑2/Q(B) K04963 is a bispectral IP camera designed for simultaneous temperature monitoring and equipment identification in the power and industrial automation sectors. Imaging: 256 × 192 px VOx thermal module (NETD ≤ 40 mK), wide-angle lens (90° × 64.2°) and Picture-in-Picture function. Thermography and alarms: Temperature measurement from –20°C to 550°C (21 measurement rules) with built-in visual and audible alarms. Integration and design: Modbus TCP support (SCADA/BMS), compact IP67-rated housing and PoE / 12 V DC power supply.

Components of a remote energy metering system

The correct design and installation of communication infrastructure in remote meter reading systems is crucial for the reliability of data transmission. The basic physical components include antennas, GSM splitters, coaxial cables and antenna connectors. Each of these plays a vital role in ensuring a stable connection to the mobile network operator’s network.

Antennas

A key component of a radio system. Its function is to receive and transmit electromagnetic waves within the operating band of the equipment – most commonly 900 MHz, 1800 MHz and 2100 MHz.

TRANS-DATA 5G DZ5 A741011		TRANS-DATA LTE KYZ 7.5/8/10 A741031		GSM ATK-20/800–980 MHz A7025

Splitters and branch lines

GSM splitters and branch units act as intermediary devices between the meters and the mobile network. The GSM modules from the meters are connected to the GSM splitters, which are connected to an external antenna.

TRANS-DATA 670-3800 MH A6818 8-port GSM/DCS/3G/LTE/5G splitter		TRANS-DATA GSM/DSC/UMTS/LTE 2.2/5 dB splitter

Cables

The choice of cable depends on:

the length of the line (the longer it is, the greater the signal attenuation)
the operating frequency (higher frequency bands require a better
environmental conditions (UV, humidity, temperature)

It is recommended to use 50 Ω cables with high-quality shieldingand as short a length as possible to avoid signal loss.

Tri-Lan 240 PE Fca 1.4/3.8/6.1 50 Ω coaxial cable [1 m] E1171_1

Tri-Lan 400 WLL PE Fca 2.7/7.2/10.3 50 Ohm coaxial cable [1 m]

Connectors

They provide a mechanical connection between a coaxial cable and a device or an aerial. In GSM systems, the following types of connectors are most commonly used:

Gold-plated SMA plug for H-155 cable, E84554		N-plug for Tri-Lan 240/H-155 cable (6 GHz) E84130		FME crimp connector up to 6 GHz for Tri-Lan 240/H-155 E84165

IoT network meter – NB-IoT, CAT-M, CAT-1, GSM

The device connects to the network operator via a SIM card and measures radio signal levels at a selected location. The results are shown on a clear display and can be used to assess signal quality at the locations where IoT devices are to be installed.

Main applications:

Measurement and visualisation of the quality and strength of NB-IoT, CAT-M and LTE Cat.1 signals.
Support for the installation and maintenance of IoT devices (meters, sensors, connectivity modules).
Location validation prior to the installation of end devices.
Latency tests to assess connectivity quality.

Functions and operating mode: Real-time signal strength measurement Signal quality measurement Display of values: RSSI — received signal level (dBm) RSRP — reference signal strength (dBm) RSRQ — signal quality (dB) SNR — signal-to-noise ratio (dB) Ping mode — network latency test Option to set the network operator, APN, operating band and mode (NB-IoT / CAT-M / GSM / LTE Cat.1) built-in battery and external antenna connector SIM card slot (enables direct testing with a mobile network operator’s SIM card)		IoT Network meter - NB-IoT, CAT-M, CAT-1, GSM N7057

Hybrid optical fibre capable of transmitting data and power

A – Cu 2 × 0.52 mm² B – G.657.A2 fibre C – insulation D – coloured marker		The GDJXJH-1B6a2+2*0.52mm² optical fibre cable is based on the 3 x 2 mm flat cable design, which is popular in Poland. This type of cable is used in the majority of multi-family residential buildings. Due to its low price and mechanical strength, it is also a common choice for LAN connections within buildings. The solution presented by DIPOL involves modifying the popular design by replacing the FRP or steel rods with a copper strand. As a result, the cable retains its transmission capabilities whilst also offering the ability to supply power to low-current devices. This type of cable will be suitable for use wherever data transmission between devices exceeds the capabilities of twisted-pair cable or other copper-based media. Alongside the cable, adaptors will be presented that enable the power supplied via the cable to be connected to devices, as well as mechanical connectors and adaptors for terminating and extending the optical path based on this type of cabling.

Signal Fire AI-12 – our latest welding machine

The Signal Fire AI-12 is a model from the range of fibre-optic fusion splicers, representing a further development of the technology used for years in previous-generation models. It combines an affordable price with advanced fibre-optic positioning and splicing technology. Both novice users and advanced, experienced installers will appreciate the ease of use of this device. The quality and reliability of the splicer have been confirmed in a series of tests carried out under various environmental conditions and on different types of fibre.

		The most significant change compared to previous models is the significantly greater fibre positioning accuracy of 0.05 μm. This is made possible by higher-resolution cameras and advanced image analysis algorithms. Improved fibre positioning results in even lower attenuation in the resulting splices, which places the AI-12 model amongst the splicers that can be used both for subscriber connections and for connections on fibre-optic trunk lines.