Cell tower power solutions: Optimizing generator efficiency for cost savings
The challenge: Reliable power for cell towers in remote locations
Cell towers around the world must ensure continuous connectivity, even in remote or grid-challenged locations. To meet this demand, most Base Transceiver Stations (BTS) rely on generator sets (gensets) for emergency backup or as a primary power source. However, fuel consumption often accounts for up to 60% of the Total Cost of Ownership (TCO) for gensets supporting mobile network towers, with an average fuel consumption of 1500 liters per year. Given these costs, optimizing genset efficiency-especially the performance and reliability of the alternator-is essential for achieving significant cost savings.
Our solution: Reliable, high-efficiency alternators for telecom
At Nidec Power, we design and manufacture high-performance alternators that deliver reliable power in demanding telecom applications. Our alternators are engineered with top-quality materials, providing long-lasting durability and excellent performance in critical areas:
- Low reactance: Enhances the alternator's ability to handle load distortions, ensuring stable power output.
- High efficiency & output: Optimizes fuel consumption and reduces the physical footprint of the genset, lowering overall operating costs.
- Superior startup capability: Minimizes downtime and ensures quicker recovery from interruptions.
With a proven track record of performance in harsh environments, Nidec Power's alternators are built to withstand the challenges of telecom power systems, delivering reliable, long-term service.
Enhanced performance with AREP excitation technology
Nidec Power's AREP (Auxiliary Winding Excitation) System offers a patented solution that significantly improves the performance and reliability of cell tower power systems. AREP-enabled alternators can sustain longer standby periods compared to traditional excitations systems, resulting in:
- Better reliability: Optimized for the telecom sector, ensuring continuous power even in extended idle periods.
- Improved performance: Higher efficiency and reduced maintenance needs.
Variable Speed DC Alternators: The ideal solution for off-grid telecom towers
For off-grid applications, Nidec Power offers a DC 48V variable speed alternator that adapts to the changing needs of a cell tower. This innovative solution can replace a twin-genset setup, adjusting output power based on the activity of the cell tower. Key benefits include:
- Fuel efficiency: The alternator operates at lower speeds (as low as 900 RPM) when the tower is idle, reducing fuel consumption by up to 36% compared to traditional diesel-only systems.
- Advanced battery charging: Features enhanced charging capabilities, making it ideal for hybrid cell tower setups that require efficient power and battery management.
Key features of the variable speed LSAVS alternator: - Automatic voltage regulator (R220-VSG): Provides stable DC voltage output at two different speeds, ensuring optimal performance across various operational conditions.
- Integrated load control module (CCM): Manages battery charging and supports all battery types, including OPzV, SBS EON, EXIDE, A600, and Evolion.
- Configurable settings for charging rate, charge limits, and grid paralleling ensure versatility and optimal power management.
The bottom line: Optimize your telecom power system
By choosing Nidec Power's efficient, reliable alternators with advanced technologies like AREP excitation and variable speed DC options, telecom operators can significantly reduce fuel consumption, lower maintenance costs, and ensure greater uptime for remote cell towers. Let us help you optimize your power systems and achieve cost savings while enhancing system reliability.
