Data centers depend on uninterrupted and clean power for servers. Power quality issues like harmonics, voltage sags, and spikes can cause server failures, leading to data loss and downtime.

Power quality problems such as voltage sags, spikes, and harmonics can disrupt electrical systems in large commercial buildings, affecting lighting, HVAC, and escalators, leading to downtime and inconvenience for customers.

Biopharmaceutical facilities require stable and clean power for precision machinery used in drug manufacturing. Harmonics and power surges can damage sensitive laboratory equipment.

Textile factories use a variety of motors and automated equipment that are highly susceptible to power quality issues, especially voltage sags and harmonics, which can slow production or cause damage.

Hospitals rely on sensitive medical equipment, making them vulnerable to voltage fluctuations, harmonics, and power interruptions that can disrupt critical care services.

Steel production involves heavy machinery with high power consumption, which can cause power disturbances such as voltage drops, resulting in inefficient production and equipment damage.

The heavy machinery used in shipyards is vulnerable to voltage drops and harmonics, which can result in slower production cycles and costly repairs.

Power quality issues, such as voltage sags or harmonic distortions, can affect automated machinery and robotic systems, leading to production downtime and equipment damage.

Power quality problems like surges and voltage sags can affect HVAC systems, elevators, lighting, and computers, leading to inefficiencies and potential safety issues.

These centers use extensive lighting, audio-visual equipment, and electronic displays that are sensitive to power fluctuations, voltage sags, and harmonics, which can disrupt events and exhibitions.

School campuses face power quality problems in lighting, HVAC systems, and computer labs, where voltage fluctuations or harmonics can affect daily operations and student learning environments.

Cement production involves heavy-duty motors and machinery that can suffer from power quality issues such as voltage dips, surges, and harmonics, leading to production inefficiencies.

Water treatment and distribution systems are sensitive to power quality problems like voltage sags and surges, which can affect pump performance and water quality control.

Power quality issues such as harmonics and voltage fluctuations can negatively affect chemical processing equipment, leading to inefficiencies and costly downtime.

Power interruptions, voltage fluctuations, and harmonics in petrochemical plants can disrupt production, damage expensive machinery, and pose safety risks.

Renewable energy sources often generate power quality issues such as voltage variability and harmonics, which can impact the stability of the grid and connected equipment.

Electric vehicle charging stations are prone to power quality issues like harmonics, voltage sags, or surges, which can lead to slow charging times or damage to vehicles and charging equipment.

Battery manufacturing and charging stations require stable power. Power quality problems like harmonics or voltage drops can reduce the efficiency of battery charging and shorten the lifespan of battery systems.

Solar power generation can introduce harmonics and fluctuations in voltage, which, without proper management, can affect the grid and other equipment connected to the system.

The semiconductor manufacturing process is extremely sensitive to power disturbances. Voltage sags, spikes, or harmonics can lead to production failures and massive financial losses.

Airports and aircraft maintenance facilities require high power quality for safety systems, lighting, and machinery. Power fluctuations or harmonic disturbances can cause equipment failure and flight delays.

Power quality issues in highway infrastructure, especially for toll systems and lighting, can lead to system malfunctions and safety hazards for drivers.

Subway systems require stable power for continuous operation. Power quality problems such as voltage sags or harmonics can disrupt services and compromise passenger safety.

Mining operations are located in remote areas with unstable power supplies. Voltage fluctuations, sags, and interruptions can harm large-scale mining equipment, reducing efficiency and safety.