The A&E 150KVA Three-Phase Servo Voltage Stabilizer (AESBW-D-150KVA) is a high-capacity, industrial-grade power solution designed for large-scale operations. Unlike residential single-phase units, this "SBW" (Column Type) stabilizer is engineered to handle the massive electrical loads of entire factories, hotels, hospitals, or high-rise office complexes.
Available at Kara.com.ng, it uses independent three-phase regulation to ensure that even if one phase is significantly lower than the others, the output remains a perfectly balanced 380V.
A&E 150KVA 3-Phase Servo Price in Nigeria (2026 Update)
As an industrial asset, the price of a 150KVA unit is influenced by the current cost of high-grade copper and the complexity of its triple-servo control system.
| Model Variant | Technology | Estimated Price (2026) |
| AESBW-D-150KVA (Servo) | 3-Phase Motorized Servo | ₦6,080,000 – ₦8,300,000 |
| A&E 100KVA 3-Phase | 3-Phase Motorized Servo | ₦5,980,000 – ₦6,500,000 |
| A&E 200KVA 3-Phase | 3-Phase Motorized Servo | ₦9,200,000 – ₦10,500,000 |
Selection Tip: This is a heavy-duty cabinet unit weighing approximately 327kg. It is typically delivered on a pallet and requires a dedicated, well-ventilated electrical room for installation.
Key Specifications (AESBW-D-150KVA)
- Capacity: 150,000VA (150KVA) / Approx. 120,000W – 135,000W total load.
- Input Voltage (Line): 304V – 456V AC.
- Input Voltage (Phase): 175V – 265V AC.
- Output Voltage: 380V (3-Phase) / 220V (Single-Phase) ± 1% to 5%.
- Technology: Independent Three-Phase Servo Motor Control + Toroidal Copper Transformers.
- Efficiency: >97% (Industrial High-Efficiency).
- Display: Digital LCD interface monitoring Phase Voltage, Line Voltage, and Load Amperage.
- Protection: Over-voltage, Under-voltage, Phase Failure, Overload, Short-circuit, and High-Temperature protection.
Why 150KVA is Necessary for Industrial Sites
- Independent Phase Correction: In industrial settings, one phase might be heavily loaded (e.g., by single-phase ACs) while another is light. This unit stabilizes each phase separately, preventing the "Phase Imbalance" that often burns out expensive 3-phase motors in elevators and industrial chillers.
- Inductive Load Handling: It is built to survive the massive "Inrush Current" generated when large motors start up. This makes it ideal for Factories, Workshops, and Data Centers.
- Microprocessor Precision: The digital control board monitors the grid in real-time, adjusting the carbon brushes with high speed and precision to ensure zero "voltage flicker."
- Bypass System: Industrial models usually feature a Manual/Automatic Bypass, allowing you to switch to raw grid power for maintenance without shutting down the entire facility's operations.
What Can This 150KVA Stabilizer Power?
A 150KVA central unit is a primary power guardian for:
- Large Hotels & Hospitals: Powering central cooling, elevators, and medical imaging (MRI/CT).
- Manufacturing Plants: Protecting CNC machines, plastic extruders, and printing presses.
- Large Office Towers: Managing 50+ Air Conditioners and massive server rooms.
- Residential Estates: Acting as a central buffer for a cluster of 5–10 luxury duplexes.
Maintenance & Installation Tips
- Wiring: For a 150KVA load, you must use heavy-duty 70mm or 95mm 4-Core Armoured Copper cables. Using undersized cables at this capacity is a major fire hazard.
- Cooling: The unit generates significant heat under heavy load. Ensure it has at least 1 meter of clearance from walls to allow the industrial cooling fans to circulate air effectively.
- Servo Brush Check: Because of the heavy mechanical work, the carbon brushes should be inspected by a qualified engineer every 12 months to ensure they haven't worn down or accumulated carbon dust on the copper tracks.
Would you like me to check the current stock of 95mm Armoured Cables for your project, or do you need a 200KVA model for a larger industrial plant?
