As the weather grows colder, many users of hydraulic bollards have reported that the bollards are rising and lowering at a very slow pace, or failing to rise at all.As the weather grows colder, many users of hydraulic bollards have reported that the bollards are rising and lowering at a very slow pace, or failing to rise at all.

In stark contrast, electrically-operated bollards like UPARK demonstrate exceptional low-temperature resilience through revolutionary design. Employing an integrated motor for direct drive, they eliminate reliance on liquid media entirely, thereby preventing functional failure caused by fluid solidification at its root.

In harsh winter conditions, electromechanical bollards have been shown to have significant advantages over traditional hydraulic bollards. Their fully enclosed motor-driven structure eliminates any lifting delays caused by increased hydraulic oil viscosity at low temperatures, maintaining rapid response even in extreme cold down to -30°C. The electromechanical design eliminates hydraulic piping, thereby removing the risk of oil leakage contaminating snow-covered surfaces and garden landscapes. Modular construction facilitates maintenance by simplifying component replacement, eliminating the need for specialist hydraulic technicians and substantially reducing winter operational costs. This fully electric solution provides a cleaner, more stable and more reliable safeguard for residential security during the winter months.