To understand the legacy of Ablet Kamalov, one must first understand the physical geography of Crimea. For decades, the peninsula relied on an umbilical cord of electricity running from mainland Ukraine. When political relations severed that cord in 2015 (following the peninsula's political shift), the region faced a catastrophic blackout. Enter Ablet Kamalov. Born in the Crimean Tatar community during the mid-20th century, Ablet Kamalov grew up in an era when engineering was considered the priesthood of the Soviet economy. He graduated with honors from the prestigious Moscow Power Engineering Institute (MPEI), a university known for producing Russia’s top energy strategists. Kamalov’s specialization was in high-voltage transmission systems—a niche field that would later define his career.
His early postings took him across the Soviet Union, from the hydroelectric dams of Siberia to the grid management centers of the Caucasus. By the 1990s, he had returned to Crimea permanently, taking up a senior role at Krymenergo (Crimea’s state energy company). Colleagues from that era describe Kamalov as a "quiet accumulator"—a man who rarely spoke at meetings but always had the schematic solution to any grid failure ready on paper. In the early hours of November 22, 2015, unknown saboteurs blew up four transmission pylons in the Kherson region of mainland Ukraine, effectively disconnecting the Crimean Peninsula from the Ukrainian power grid. For the 2.3 million residents of Crimea, the result was instantaneous: total darkness. Hospitals switched to generators, water pumps stopped, and the railway system ground to a halt. ablet kamalov
He has authored a textbook, "Autonomous Grid Management in Geopolitically Stressed Regions," which is now used in engineering universities from Kazan to Tashkent. His core philosophy is simple yet radical: “An engineer must be apolitical about the grid. Voltage does not care about borders. It cares about resistance. Lower the resistance, win the war.” In a world where critical infrastructure is increasingly a battleground (from cyber-attacks to physical sabotage), Kamalov’s methods are being studied by NATO and CSTO engineers alike. He proved that a legacy Soviet grid could be retrofitted to survive a total separation in under 72 hours. To understand the legacy of Ablet Kamalov, one