Eltek Flatpack2 Advanced Power System
Published:
2025-07-10
The Eltek Flatpack2 is a high-efficiency power solution designed for demanding telecommunications and industrial applications. Among its most notable variants, the Flatpack2 HE (High Efficiency) series stands out with an exceptional efficiency rate of up to 96.5%, setting a benchmark in energy-saving rectifier technology. With nearly 100 billion hours of field operation and a mean time between failures (MTBF) exceeding 2.6 million hours, the Eltek Flatpack2 HE rectifier is recognized as one of the most proven.
The Eltek Flatpack2 is a high-efficiency power solution designed for demanding telecommunications and industrial applications. Among its most notable variants, the Flatpack2 HE (High Efficiency) series stands out with an exceptional efficiency rate of up to 96.5%, setting a benchmark in energy-saving rectifier technology. With nearly 100 billion hours of field operation and a mean time between failures (MTBF) exceeding 2.6 million hours, the Eltek Flatpack2 HE rectifier is recognized as one of the most proven.
Available in a wide range of voltage and power configurations, the Flatpack2 HE supports both compact and large-scale power needs. From a complete 8kW 2U rack system with integrated distribution to expansive multi-cabinet installations delivering megawatt-level power, the Flatpack2 HE adapts seamlessly to diverse infrastructure requirements. Its robust performance makes it the preferred choice for telecom operators and critical infrastructure providers.
The Eltek Flatpack2 is widely deployed across both mobile and fixed telecommunications networks. Applications include radio base stations, LTE/4G/WiMAX networks, mobile switching centers (MSC), microwave links, broadband systems, central offices, and fiber-optic networks. Beyond telecom, it also supports data centers, utility companies, SCADA systems, and protection and control operations—areas where stable and efficient power is crucial.
With the Eltek Flatpack2, users benefit from unmatched operational reliability, minimal energy loss, and scalable design. Its ability to meet complex demands with high efficiency and durability confirms the Flatpack2 as an essential component in modern power infrastructure.