UPS Systems
Total Protection for Critical Loads with Next-Generation UPS Systems
The Atlantic Power UPS line is designed to ensure continuous, stable, and secure energy in any environment, protecting and backing up your critical loads against power outages, voltage fluctuations, and interruptions. We offer compact single-phase, three-phase, and high-capacity modular systems; each unit integrates next-generation technology to deliver maximum performance, efficiency, and reliability.
UPS Systems
Total Protection for Critical Loads with Next-Generation UPS Systems
The Atlantic Power UPS line is designed to ensure continuous, stable, and secure energy in any environment, protecting and backing up your critical loads against power outages, voltage fluctuations, and interruptions. We offer compact single-phase, three-phase, and high-capacity modular systems; each unit integrates next-generation technology to deliver maximum performance, efficiency, and reliability.
Features and Benefits
Wide range of capacities and configurations
From compact single-phase UPS systems for offices and retail, to scalable modular and three-phase systems for industrial infrastructure, adapting to your business growth needs.
Online Double Conversion Technology
Delivers 100% uninterrupted, distortion-free power, keeping operations stable even during severe utility failures. Ideal for mission-critical environments such as data centers, hospitals, and telecommunications.
UPS systems compatible with Lithium-Ion batteries
Lithium-Ion batteries last up to 3 times longer than traditional VRLA batteries, reduce weight and space requirements within your facilities, and significantly lower maintenance and replacement costs.
Discover in seconds how long your Atlantic Power UPS system can provide backup power with our Online Battery Sizing Calculator, based on the international standard IEEE Std 485-2020.
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 are Uninterruptible Power Supply (UPS) systems used for?
Uninterruptible Power Supply (UPS) systems provide reliable and continuous energy protection for sensitive electronic equipment in critical facilities such as hospitals, data centers, telecommunications, and industrial infrastructure. When a power outage is detected, the UPS instantly switches to the battery bank, ensuring immediate and stable backup. This way, connected equipment remains protected against blackouts, voltage fluctuations, and electrical disturbances, preserving operational continuity and preventing losses in mission-critical applications.
2. What is the difference between an Online Double Conversion UPS and a Line-Interactive UPS?
Line-Interactive UPS systems are recommended for non-critical applications, such as offices or workstations, since they only use batteries during power outages and involve a brief transfer time. In contrast, Online UPS systems are ideal for mission-critical loads, such as data centers, medical equipment, and industrial applications. Their inverter operates continuously, delivering clean and stable power with zero transfer time, ensuring uninterrupted protection.
3. Can I extend my UPS runtime?
Yes, it is possible to extend UPS runtime by connecting additional battery banks, provided that the internal charger capacity allows it. Before increasing the bank size, it is advisable to check the charger power rating to determine the maximum level that can be supported without compromising system performance.
4. How can I calculate my UPS runtime?
At Atlantic Power, we provide our Battery Sizing tool, developed under international standard IEEE Std 485-2020, which accurately calculates the required runtime based on the connected load and available battery bank. This calculator ensures reliable and optimized sizing for each critical application.
5. What is the electronic bypass in a UPS?
The electronic bypass (also called static bypass) is an internal circuit of the UPS that allows the load to be transferred directly to the utility power when the UPS detects an abnormal condition or when power continuity must be maintained.
Unlike a manual bypass, the electronic bypass is automatic and transfers in just a few milliseconds (or even without perceptible interruption), thanks to power devices such as thyristors or IGBTs.
Main functions:
Keep the load powered in case of an internal UPS fault.
Protect the load during overloads or abnormal conditions.
Facilitate fast maintenance when combined with an external service bypass.
6. What advantage does Hot-Swap technology offer in Modular UPS systems?
Hot-Swap technology allows power modules to be replaced without shutting down the UPS or interrupting the load, avoiding downtime during preventive maintenance processes.
7. What do MTBF and MTTR mean in a UPS, and why are they important?
MTBF (Mean Time Between Failures): indicates the reliability of the UPS, i.e., how many hours it operates on average without critical failures. A higher MTBF means a more reliable system.
MTTR (Mean Time To Repair/Restore): reflects the average time it takes to return the UPS to operation after a failure. A low MTTR means the system is easy and fast to repair, especially if it has hot-swappable modules.
Together, these indicators allow calculation of system availability, ensuring the UPS maintains energy continuity in critical applications such as data centers, banks, or hospitals.
8. What is the difference between a parallel UPS system and a redundant UPS system?
- Parallel system: multiple UPS units work together to combine their capacity and supply a larger load. Example: two 100 kVA UPS units in parallel provide up to 200 kVA. The goal is to increase capacity.
- Redundant system (N+1): more UPS units are installed than strictly necessary, leaving at least one as backup. Example: if your load requires 2 × 100 kVA UPS units, an N+1 setup uses 3 units. If one fails, the other two keep supporting the load without interruption. The goal is to ensure continuity.
9. Can a UPS operate as a voltage regulator?
Yes. A double-conversion online UPS continuously functions as an Automatic Voltage Regulator (AVR). This means it corrects sags and surges in utility power without drawing on the batteries.
As a result, equipment receives stable and clean energy, even when the power grid suffers frequent fluctuations. This feature is essential for protecting servers, medical devices, telecommunications, and other critical systems where sudden voltage changes could cause failures or permanent damage.
10. Can a UPS work as a frequency converter?
Yes. Some double-conversion online UPS models can function as frequency converters, since they convert input power (AC–DC–AC) and allow the output to be set to a frequency different from the utility.
Example: a UPS can accept input at 60 Hz and deliver stable output at 50 Hz, or vice versa. This is useful in facilities that use imported equipment designed for a frequency different from the local grid.
11. Can I monitor my UPS units in real time?
Yes. Modern UPS systems include communication ports (USB, RS-232, SNMP, Modbus) and dedicated software that allow real-time monitoring of system status.
With these tools, you can check:
Load level and power consumption.
Battery status and runtime.
Grid alarms and power events.
Fault and maintenance history.
Additionally, with network modules or cloud platforms, it is possible to receive alerts via email or smartphone and remotely manage UPS units across an entire company or data center.
12. What is CMMS Edge IoT?
The CMMS Edge IoT is an intelligent energy and maintenance management platform that integrates UPS units and other critical equipment into a cloud-connected environment.
CMMS (Computerized Maintenance Management System): software for managing preventive, corrective, and predictive maintenance.
Edge IoT: data collection and processing occur locally at the device (edge), with information then sent to the cloud through the Internet of Things (IoT) for advanced analytics.
What does it enable for UPS systems?
Real-time monitoring of UPS status, batteries, and critical loads.
Predictive alerts for battery wear or potential failures.
Data-driven maintenance planning, reducing downtime.
Seamless integration with corporate platforms such as BMS (Building Management Systems) or SCADA.
USD per hour (banking downtime cost)
decrease in critical IT interruptions due to UPS backup.
USD per hour (power savings in the automotive industry by avoiding downtimes)
Contact us for a detailed look at the full line of Atlantic Power Energy UPS.
Successful Implementations and Related Articles
Explore real implementatios with this equipment, along with technical articles that dive into its performance and field applications.
