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Energy Efficiency of Telecom Infrastructure as a Factor of Network Resilience in Ukraine

16/02/26


The development of modern telecommunications infrastructure today is determined not only by equipment performance. Increasing importance is being placed on energy consumption metrics, long-term operational costs, and the network’s ability to provide stable connectivity under challenging operating conditions. For this reason, energy efficiency is evolving from an additional advantage into a strategic parameter of infrastructure solutions.


European technologies from Kontron (TM Iskratel) demonstrate a new standard for broadband network design, combining high performance with reduced energy consumption. In particular, the Lumia C16 OLT optical line terminal consumes 46% less electricity compared to typical industry benchmarks. Under continuous 24/7/365 operation, this results in annual savings of approximately 1.1 MWh per device.


Innbox G90/E90 series subscriber gateways consume 40% less energy, enabling annual savings of more than 50 kWh per connected subscriber without compromising functionality or service quality.


For Ukrainian telecom operators and critical infrastructure stakeholders, the deployment of energy-efficient solutions delivers direct economic and technological benefits:

  • reduced electricity operating costs throughout the entire equipment lifecycle;

  • lower load on the power system during network scaling and new subscriber connections;

  • transparent and verified consumption indicators aligned with the EU Code of Conduct for Broadband Equipment;

  • compliance with European sustainability and infrastructure energy-efficiency standards.


In the context of increasing requirements for communication reliability and uninterrupted network operation, these factors directly influence the resilience of the country’s digital infrastructure.


ISTEL 3000 is the sole official partner of Kontron in Ukraine, providing a full cycle of implementation for modern telecommunications technologies:

  • technical design and network architecture development;

  • laboratory testing and adaptation of solutions to Ukrainian conditions;

  • integration of equipment into existing infrastructure systems;

  • ongoing technical support and network evolution.


This approach enables Ukrainian operators to obtain not only advanced equipment, but also predictable efficiency, compliance with European standards, and long-term resource savings. Lower energy consumption means reduced operating costs, more stable network performance, and readiness for future scaling.


European standards, modern technologies, and a systematic implementation approach form the foundation of a resilient telecom ecosystem in Ukraine—an essential element of its digital transformation and national security.


Sincerely,

The ISTEL 3000 Team

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