Generators/UPS
Hydrogen Detection System in UPS Battery Rooms
Hydrogen detection systems safeguard UPS battery rooms, generator facilities, and energy storage batteries by utilizing gas sensors for hydrogen leak detection, activating ventilation controls, and preventing fires, explosions, or equipment damage.
Hydrogen Detection System: Real-World Examples and Uses
Hydrogen detection systems are crucial in areas where large banks of lead-acid batteries provide backup power, including generator rooms, UPS systems, and mission-critical facilities. During charging cycles, especially boost or equalize charging, batteries release hydrogen gas. Because hydrogen is colourless, odourless, lighter than air, and flammable at just 4% concentration, it can silently accumulate under ceilings or in poorly ventilated areas.…
View more
Download Our FREE Generators/UPS Handbook
Power Quality, Grounding & UPS Handbook Vol. 8
A valuable resource to installing and maintaining any electrical system.
Volume 8 delves deeply into power quality issues such as voltage sags, harmonics, transients, and power factor correction, exploring their causes, impacts, and the strategies required to mitigate their effects. It also highlights the vital role of grounding in electrical safety and system performance, providing detailed guidance on grounding system design, maintenance, and compliance with industry standards. Additionally, this edition provides comprehensive coverage of UPS systems—key to ensuring reliable power for critical loads—discussing everything from selection and sizing to installation, maintenance, and troubleshooting.
With a focus on real-world applications, Volume 8 includes expert advice on diagnosing and resolving common power quality and grounding issues, as well as recommendations for selecting and implementing UPS systems that meet the needs of modern industries. It also examines emerging trends in energy management and the integration of smart technologies to enhance system efficiency, reliability, and resilience.
Latest Generators/UPS Articles
Emergency Power Supply: Backup Electricity Explained
Emergency power supply systems provide backup electricity during outages to maintain critical operations. Common in hospitals, data centers, and industrial facilities, they ensure electrical reliability and safety in emergencies.
How an Emergency Power Supply Works
Emergency Generator Standby Power Training
Power Quality Analysis Training
Request a Free Emergency Generator Training Quotation
An emergency power supply (EPS) is essential for maintaining electricity when an outage or natural disaster disrupts the grid. It's essential to have a backup supply to ensure that your home or business has electricity when it's needed the most. Several emergency supplies are available, including generators,…
View more
Compliance Voltage
Compliance voltage defines the headroom a current source, op-amp, or transimpedance amplifier has across a load before saturation, ensuring regulated bias for photodiodes, LED drivers, DAC outputs, and sensor interfaces within power supply limits.
Compliance Voltage Explained
Compliance voltage refers to the maximum allowable voltage that a power supply can output to maintain constant current within a circuit. This is especially important in systems that rely on constant current power supplies, where the V varies depending on the load. The circuit breaker in such systems helps to protect the components by cutting off power if the voltage exceeds the…
View more
Designing Data Center UPS Infrastructure
Designing Data Center UPS Infrastructure ensures resilient power continuity with N+1 redundancy, PDUs, ATS integration, battery sizing, harmonic mitigation, power quality monitoring, and scalable distribution aligned to Tier standards and critical load profiles.
Designing Data Center UPS Infrastructure Explained: What You Need to Know
The data center has become a critical component in all types of organizations. It must be suitably planned and designed so as to allow sufficient guarantees of quality, efficiency and service continuity, regardless of the dimensions and the sector in which it operates.Electrical power distribution systems are fundamental infrastructure for most production processes, and information…
View more
Understanding Maximum Continuous Rating
Maximum continuous rating defines the highest load a transformer, generator, or circuit breaker can safely carry without overheating. It ensures thermal limits, system reliability, and long-term efficiency in electrical equipment under rated operating conditions.
Understanding the Role of Maximum Continuous Rating in Power Systems
The maximum continuous rating (MCR) is a cornerstone concept in electrical engineering, representing the upper threshold of power that a device or system can sustain indefinitely without overheating or damage. While frequently used to define the maximum continuous rating (MCR) of power generation facilities, the principle of MCR extends far beyond, encompassing a wide array…
View more
Understanding Your UPS Power Supply - Uninterruptible Electricity
UPS power supply ensures uninterruptible power, voltage regulation, and surge protection with battery backup, inverter, and AVR, delivering clean sine-wave output for servers, networking gear, and industrial controls during outages and brownouts.
UPS Power Supply Fundamentals
WHAT IS A UPS POWER SUPPLY?An Uninterruptible Power Supply (UPS) System is a device that supplies battery backup power to computers and peripherals during short power outages, and allows systems to safely shutdown during prolonged blackouts. UPS systems also correct brownouts and overvoltages, stop damaging power surges and filter disruptive line noise. An Uninterruptible Power Supply system sits between a power supply (e.g. a…
View more
High-Efficiency UPS Systems
High Efficiency UPS Systems deliver double-conversion protection, low THD, high power factor, intelligent battery management for data centers, ensuring clean power, reduced losses, redundancy, advanced SNMP monitoring, and remote alerts.
How High-Efficiency UPS Systems Work
Energy efficiency for uninterruptible power supply (UPS) equipment is so important because they can influence UPS energy efficiency and can directly impact energy costs. This paper will compare the differences in energy efficiencies among various UPS topologies available today through laboratory testing. These studies demonstrate flywheel—based UPS technology achieves much higher efficiency ratings as compared to legacy battery based UPS systems, resulting in substantial…
View more
