Power
Quality Equipment
Unmanaged harmonic distortion and poor power factor degrade asset efficiency, trigger utility penalties, and compromise revenue collection.
Aamplix Power Limited delivers robust power quality equipment designed to clean electrical waveforms, compensate for reactive power, and capture precise energy consumption data. Our integrated active/passive harmonic filters and capacitor banks ensure that industrial facilities and utility networks comply with strict grid codes while maximizing operational uptime and protecting bottom-line revenue.
OUR PRODUCT RANGE
Power Quality Equipment
High-precision metering, harmonic filtering, and reactive power compensation for pristine power quality.
MITIGATE DISTORTION & PROTECT SENSITIVE ASSETS
Harmonic Filters
Non-linear loads such as variable frequency drives, rectifiers, and modern industrial machinery introduce harmful harmonic currents into electrical networks. These harmonics cause transformer overheating, nuisance tripping, and premature equipment failure.
Aamplix supplies advanced active and passive harmonic filter systems designed to neutralize harmonic distortion, improve total harmonic distortion (THD) metrics, and ensure full compliance with IEEE 519 standards. Our solutions safeguard sensitive equipment and enhance overall network efficiency
Key Features
- Adaptive Filtering: Active filters dynamically respond to fluctuating harmonic loads in real time.
- System Efficiency: Reduces thermal losses in cables and distribution transformers, lowering operating costs
- Asset Protection: Prevents transformer overheating and capacitor bank failure caused by harmonic resonance
- THD Reduction: Effectively suppresses harmonic orders (5th, 7th, 11th, etc.) to well below IEEE 519 limit
General Specifications
VOLTAGE RANGE
400 V – 690V (LV), 3.3kV – 33kV (MV)
HARMONIC MITIGATION
5th, 7th, 11th, 13th, and higher orders
FILTER TYPE
Passive, Active, Hybrid
EFFICIENCY
> 97% (typical for active filters)
Application
- Industrial Plants: Mitigating harmonics generated by large motor drives, arc furnaces, and welding equipment to prevent equipment damage and improve efficiency.
- Oil & Gas Facilities: Protecting sensitive electronic controls, communication systems, and pumping equipment from harmonic-induced malfunctions.
- Commercial Buildings: Improving power quality in facilities with numerous computers, servers, and modern lighting systems.
- Data Centers: Ensuring a stable power supply for critical IT infrastructure, where even minor fluctuations can cause data corruption or system failures.
REACTIVE POWER COMPENSATION
Capacitor Banks
Aamplix Power Limited provides robust and intelligent capacitor bank solutions that optimize power factor, enhance voltage stability, and improve the overall health of your electrical infrastructure.
Capacitor banks are crucial power factor correction devices used in electrical power systems to improve overall efficiency and reduce energy costs. In the Oil, Gas, and Energy sectors, where large inductive loads such as motors, transformers, and induction furnaces are prevalent, a low power factor can lead to increased energy consumption, higher utility bills, and reduced system capacity.
Key Features
- Reduced Electricity Bills: By improving power factor, capacitor banks minimize reactive power penalties from utilities and reduce overall energy consumption
- Improved Voltage Stability: Help maintain stable voltage levels, preventing voltage sags and improving the performance of voltage-sensitive equipment.
- Increased System Capacity: Free up capacity in transformers and distribution lines, allowing for additional load without costly infrastructure upgrades.
- Extended Equipment Lifespan: Less stress on electrical components from optimized power flow can extend equipment lifespan.
General Specifications
VOLTAGE RANGE
400kV – 33kV
REACTIVE POWER
50kVAR – 5000kVAR (or Higher)
TYPE
STANDARDS
IEC 60831, IEEE 18
Application
- Industrial Facilities: Correcting power factor for large motor loads, welding equipment, and induction heating systems to reduce reactive power consumption.
- Commercial Buildings: Improving power quality and efficiency in facilities with numerous fluorescent lighting, HVAC systems, and elevators.
- Electrical Substations: Providing reactive power support to stabilize grid voltage and increase power transfer capability.
- Renewable Energy Integration: Compensating for reactive power demands and improving the power factor of inverter-based renewable energy sources
MANAGE GENERATION, TRANSMISSION & DISTRIBUTION
Energy Management Systems (EMS)
Aamplix Power Limited offers advanced EMS solutions that empower organizations to achieve sustainable energy performance and cost savings.
Energy Management Systems (EMS) are comprehensive platforms designed to monitor, control, and optimize energy consumption and production within industrial facilities, commercial buildings, and utility grids. In the Oil, Gas, and Energy sectors, where energy costs are significant and operational efficiency is paramount, an EMS provides the tools necessary to gain deep insights into energy usage, identify areas for improvement, and implement strategies to reduce consumption and carbon footprint.
Key Features
- Cost Reduction: Identifies opportunities to reduce energy consumption, manage demand charges, and optimize tariffs, leading to significant cost savings.
- Improved Reliability: Monitors critical energy infrastructure, detects anomalies, and facilitates predictive maintenance, enhancing system reliability and preventing downtime
- Sustainability & Compliance: Helps organizations meet energy efficiency targets, reduce greenhouse gas emissions, and comply with environmental regulations
- Data-Driven Decision Making: Offers comprehensive reporting and analytics, enabling informed decisions for long-term energy planning and investment
General Specifications
DATA ACQUISITION
Real-time from meters, sensors, SCADA, BMS
COMMUNICATION
Modbus, BACnet, OPC UA, IEC 61850
REPORTING
Customizable dashboards, historical trends, alarms
CONTROL
Load shedding, demand response, equipment scheduling
Application
- Industrial Facilities: Optimizing energy use in manufacturing processes, managing peak demand, and integrating renewable energy sources.
- Commercial Buildings: Monitoring HVAC, lighting, and other building systems to reduce operational costs and improve energy efficiency.
- Utility Grids: Managing power generation, transmission, and distribution to ensure grid stability, reliability, and efficient resource allocation.
- Oil & Gas Operations: Tracking energy consumption across various stages of extraction, processing, and transportation to identify inefficiencies and reduce environmental impact.
UNINTERRUPTED POWER ASSURANCE
Industrial Battery Chargers & AC UPS Systems
Aamplix Power Limited supplies reliable 110V DC / 48V DC Battery Chargers and industrial Uninterruptible Power Supply (UPS) Systems that have been rigorously tested in accordance with international standards.
In critical power infrastructure, even a millisecond of voltage failure can drop protective relays, crash SCADA telecommunication nodes, and spark catastrophic system damage. Standard utility feeds are vulnerable to transient blackouts and grid-collapsing events. Industrial Charger and Uninterruptible Power Supply (UPS) Systems solve this vulnerability by establishing an ironclad, independent energetic buffer that instantly bridges grid outages and filters severe harmonic anomalies to supply continuous, clean control power.
Key Features
- Instantaneous Zero-Delay Switching: True online double-conversion AC UPS architectures ensure an absolute 0 ms transfer time during primary power failures.
- Intelligent Temperature-Compensated Charging: Smart charger logic senses external battery cell temperatures to adjust float and boost voltage limits dynamically, maximizing bank lifespans.
- Comprehensive SCADA & Telemetry Integration: Features native Modbus, Profibus, or SNMP network communications for remote monitoring of system health, load cycles, and real-time alarms.
- Ultra-Low Ripple Voltage Output: Advanced thyristor (SCR) and high-frequency switch-mode (HFSM) charger designs produce pure DC power, protecting sensitive digital control boards from premature failure.
General Specifications
NOMINAL VOLTAGE CLASSES
- 24V, 48V, 110V, 220V DC (Industrial Battery Chargers (DC Systems)
- 1-Phase / 3-Phase AC (230V / 400V) – Industrial AC UPS Systems
EXPECTED SERVICE LIFE
15 to 20 Years
CAPACITY/RATING RANGE
- 10 A up to 1200 A current outputs (Industrial Battery Chargers)
- 10 kVA up to 500 kVA power ratings (Industrial AC UPS Systems)
STANDARDS
EC 60146, IEC 61439, IEC 61204, IEC 62040-1, IEC 62040-2, IEC 62040-3
Application
- Transmission & Distribution Substations: Providing reliable 110V DC tripping power to circuit breakers, disconnectors, and vital protection logic within major national electricity grids.
- Utility SCADA & Telecom Hubs: Powering remote 48V DC microwave links, data routers, RTUs, and automated fiber-optic utility transmission hubs.
- Heavy Manufacturing & Process Plants: Preventing expensive asset damage by ensuring continuous AC control power to PLC racks, emergency oil pumps, and automated factory shutdown lines.
- Data Centers & Infrastructure Networks: Safeguarding sensitive computing clusters and medical diagnostic complexes against dangerous voltage spikes and supply line dips.
Ready to Power Your Project?
Let’s discuss how our advanced switchgear solutions can meet your specific requirements. Our expert team is ready to support your project with customized solutions and dedicated technical assistance.