The safe, efficient, and uninterrupted transmission of energy from the point of generation to the end user requires a strong engineering infrastructure, proper planning, and high execution discipline. Geonova Engineering provides reliable and sustainable solutions in Medium Voltage (MV) systems with its experience in airports, urban power networks, and critical infrastructure projects.
Airports are facilities where energy continuity is critical, operating with high security and zero-error principles. As Geonova Engineering, we deliver end-to-end turnkey solutions for the critical energy infrastructures of airports.
Scope of our services:
Our primary objective in these projects is to ensure energy security, support uninterrupted operations, and contribute to the sustainability of flight operations.
To meet the growing energy demands of cities, we build modern, reliable, and sustainable MV infrastructures. From urban distribution centers to underground cable networks, we develop comprehensive solutions and manage design, implementation, and commissioning processes with precision.
Scope of our services:
In all processes, we act with the principle of minimizing impact on the environment, urban life, and operational continuity.
Medium Voltage (MV) switchgear rooms are specialized areas where systems operating between 1 kV and 36 kV are installed to safely switch and distribute electrical energy. They serve as the “main hub” where incoming MV power is first received and directed to transformers in facilities such as factories, large business centers, hospitals, airports, and tunnel operations.
Power transmission lines are systems that deliver the massive amounts of electricity generated at power plants to consumption points in cities. They form the critical bridge between generation and distribution.
Medium Voltage (MV) cabling works, unlike Low Voltage (LV), require much higher insulation, meticulous workmanship, and specialized equipment. Especially at voltage levels such as 34.5 kV, cable termination and joint inspections are critical to ensure the system operates safely without failure.
Medium Voltage (MV) control centers function as the “nervous system” of a switchgear or industrial facility, where heavy equipment (such as circuit breakers, disconnectors, and motors) are monitored, controlled, and protected remotely and safely.
They enable operators to manage large-scale power using low-voltage signals (typically 24V–110V DC) without physically approaching dangerous voltage levels such as 36,000 volts.
Medium Voltage (MV) switchgear facilities are the “main control centers” of the electrical grid where energy is collected, measured, and distributed across various lines. They operate at voltage levels between 1 kV and 36 kV (commonly 31.5 kV or 34.5 kV in Türkiye).
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