FAQ

The design life of a battery refers to its expected service life under specified operating conditions, as defined by the manufacturer. For Valve-Regulated Lead-Acid (VRLA) batteries, the design life typically ranges from 5 to 12 years, depending on the battery's construction and quality.

It is important to note that the design life is not a guaranteed operational lifespan. The actual service life of a battery depends on several factors, including ambient temperature, operating environment, maintenance practices, charging conditions, depth and frequency of discharge cycles, and overall system operation.

In practical applications, a high-quality VRLA battery with a 9–10 year design life is generally expected to provide reliable performance for approximately 6–8 years before replacement is recommended. Regular inspections, preventive maintenance, and proper operating conditions can help maximize battery life and ensure reliable backup power performance.

Yes, we specialize in designing and manufacturing custom power solutions tailored to the unique needs of various industries, ensuring optimal performance and reliability.

The choice between a single-phase and three-phase UPS depends on the required power capacity and application. Single-phase UPS systems are generally available up to 20 kVA. For higher capacities, UPS systems typically use a three-phase input with either a single-phase or three-phase output.

When using a generator, a single-phase bypass can place a higher load on one generator phase. In larger installations, a three-phase input/output UPS provides better load distribution, improved efficiency, and can also support single-phase loads when properly balanced.

All our products meet the stringent European standards and regulations, ensuring high quality, safety, and reliability for our customers.

A Line-Interactive UPS supplies power to the load directly from the mains during normal operation while providing automatic voltage regulation (AVR) to stabilize voltage fluctuations. It also filters power disturbances such as spikes and transients, offering better protection than an offline UPS without continuously powering the load through the inverter.

A bypass switch allows power to be supplied directly to the load, bypassing the UPS when required. A static bypass operates automatically during overloads or fault conditions, while a manual maintenance bypass enables safe servicing or isolation of the UPS without interrupting power to the connected equipment. External maintenance bypass switches also allow the UPS to be removed or replaced while keeping the load energized.

For quotes or more detailed information about our products, please contact our sales team via email or phone, or fill out the inquiry form on our website.

Regular maintenance, timely servicing, and using high-quality components are key to ensuring the longevity and reliability of your power solutions. Our support team is here to help with all your maintenance needs.

A voltage sag (or voltage dip) is a temporary drop in the supply voltage, typically 10% or more below the nominal level. Sags are often caused by starting large electrical loads such as motors, air conditioners, or industrial equipment. They can cause sensitive electronic devices to malfunction, reboot, or experience data loss.

A voltage surge (or voltage swell) is a temporary increase in supply voltage, typically 10% or more above the nominal level. Surges can occur when large loads are switched off or due to power system disturbances. Excessive voltage can trigger equipment protection circuits, cause unexpected shutdowns, and accelerate the wear of electronic components.

Both voltage sags and surges can affect the performance and lifespan of critical equipment, making power protection solutions such as UPS systems and voltage stabilizers essential.