ATP Factorix - Low Voltage Monitored Capacitor Banks
Enhance your power network with IoT-enabled capacitor banks reduce utility penalties, boost energy efficiency, and rely on a smart, plug-and-play solution designed for immediate deployment.
ATP Factorix power capacitors are Heavy-Duty type units that combine a self-healing polypropylene film with an overpressure disconnection device. Designed in compliance with IEC 60831-1, ATP Factorix offers power ratings from 50 kVar to 500 kVar and voltage levels up to 690 Vac at both 50 Hz and 60 Hz.
ATP Factorix - Low Voltage Monitored Capacitor Banks
Enhance your power network with IoT-enabled capacitor banks reduce utility penalties, boost energy efficiency, and rely on a smart, plug-and-play solution designed for immediate deployment.
ATP Factorix power capacitors are Heavy Duty type units that combine a self-healing polypropylene film with an overpressure disconnection device. Designed in compliance with IEC 60831-1, ATP Factorix offers power ratings from 50 kVar to 500 kVar and voltage levels up to 690 Vac at both 50 Hz and 60 Hz.
Features and Benefits
Real-time monitored system
Automatic Power Factor (PF) correction, remote monitoring, preventive alarm management, and event logging through the CMMS Edge - PFC platform.
Quick “plug & play” installation
Engineered for simple and hassle-free commissioning.
Reliable sizing
The ATP Factorix series is dimensioned using the PFC SIZING software tool.
Guaranteed energy savings
Eliminates penalties for low power factor, reduces electrical losses, and optimizes network efficiency.
High durability
Heavy-Duty capacitors (150,000 operating hours), designed for grids affected by harmonic distortion.
THD Protection
The ATP Factorix-H version incorporates detuned filtering systems to ensure safe and reliable operation, preventing resonance failures.
Technical content
Low power factor is one of the leading causes of inefficiency in industrial and commercial electrical systems. When PF falls below the level required by the utility provider, reactive power increases, causing:
· Overloads in transformers, generators, and conductors.
· Reduced capacity available for useful loads
· Economic penalties in electricity bills.
Reactive power compensation through capacitor banks is the most cost-effective and efficient solution. ATP Factorix and Factorix-H capacitor banks can be installed in two configurations:
· Centralized: near the main power source.
· Distributed: close to major loads.
This approach provides localized reactive power, improves the power factor, releases network capacity, and delivers key benefits such as:
· Immediate reduction of electricity costs.
· Lower technical losses.
· Reduced voltage drops
· Extended service life of electrical equipment.
Having issues with THD? Check out our ATP Factorix-H model
Frequently Asked Questions
Got Questions? We’re Here to Help.
In this section, you’ll find clear answers to the most common questions about our products, services, and energy solutions.
From technical specifications to after-sales support, we’ve gathered the essential information to help you make informed decisions and get the most out of what Atlantic Power has to offer.
If you don’t find what you’re looking for, feel free to contact us. We’re here to assist you.
1. What is a capacitor bank and what is it used for?
It is a set of capacitors connected to compensate for reactive power in an installation, improving the power factor and avoiding extra charges on the electricity bill.
2. What is the lifespan of a capacitor bank?
Depending on component quality and operating conditions, service life can exceed 100,000 hours, provided that temperature and overload limits are respected.
3. Does it require maintenance?
Yes, although minimal. An annual inspection is recommended to verify connections, capacitor condition, and cabinet cleanliness, as well as to check current and temperature values.
4. What happens if my network contains THD?
In the presence of harmonics, it is recommended to install banks with protective filters or reinforced capacitors to avoid overloading and to extend equipment lifespan.
5. How long does it take to recover the investment?
In most cases, payback is achieved within 12 to 18 months, thanks to savings from penalty elimination and reduced energy losses.
6. Which international standards do ATP Factorix capacitor banks comply with?
They are designed in accordance with IEC 60831-1, ensuring safety, reliability, and international quality.
7. What voltage and frequency ranges can they operate in?
They cover voltage levels up to 690 V and are suitable for both 50 Hz and 60 Hz networks.
8. Can capacitor banks be installed outdoors?
There are versions with different protection ratings (IP), but indoor installation or protected enclosures is recommended for greater durability.
9. What happens if the capacitor bank is overloaded?
Heavy-Duty units include overpressure disconnection devices and are designed to withstand current and voltage overloads within IEC limits.
10. How is a capacitor bank sized?
Sizing is carried out through electrical studies and specialized software such as PFC SIZING, ensuring accurate dimensioning based on network conditions.
11. What is the difference between centralized and distributed installation?
Centralized installation is located near the main power source, while distributed installation is placed closer to major inductive loads. The choice depends on the plant’s specific requirements.
12. What immediate benefits will I obtain by installing a capacitor bank?
Lower electricity bills, reduced technical losses, released transformer capacity, and improved network voltage stability.
13. What does it mean that capacitors are “self-healing”?
In case of dielectric breakdown, the metallized film automatically regenerates around the affected point, allowing the capacitor to continue operating safely.
14. Can capacitor banks be integrated with IoT systems?
Yes, ATP Factorix integrates remote monitoring, alarms, and event logging through digital platforms such as CMMS Edge – PFC.
15. Can the capacity of the bank be expanded in the future?
Yes, it can be resized or expanded by adding additional capacitor steps, depending on the initial design and network demand.
Try PFC SIZING
Successful Implementations and Related Articles
Explore real implementatios with this equipment, along with technical articles that dive into its performance and field applications.
Capacitor Banks Catalog
This diagram will help you understand in detail the variety of solutions available for our Capacitor Banks
