KNOWLEDGE BASE One of the most significant changes within the mobile equipment sector is the adoption of Internet of Things (IoT) technologies. IoT-enabled systems are transforming mobile hydraulic and pneumatic equipment, offering new capabilities for data acquisition and analysis. For example, in agricultural machinery, IoT sensors are used to monitor hydraulic components in combine harvesters, ensuring they operate efficiently during peak harvesting periods. Similarly, in construction, excavators equipped with IoT systems can provide 32 HYDRAULICS & PNEUMATICS January/February 2025 www.hpmag.co.uk The mobile equipment sector in hydraulics and pneumatics is evolving with the adoption of digital technologies and sustainable practices. IoT systems are improving data monitoring and diagnostics, while hybrid solutions and energy-efficient approaches are supporting environmental goals. Customisation is also increasingly important to meet the diverse needs of industries like agriculture and construction. H&P reports. Advancing mobile equipment with digital and sustainable solutions real-time diagnostics, allowing operators to address potential issues before they cause delays. The use of smart technologies also supports the growing need for operational transparency and accountability. Digital monitoring systems not only improve efficiency but also assist with compliance with increasingly stringent regulatory requirements. In sectors such as construction and agriculture, where mobile equipment is essential, this transparency is becoming a critical aspect of operations. For example, a construction firm may use digital monitoring to demonstrate compliance with noise and emissions regulations on urban building sites, giving it a competitive edge. Environmental considerations Environmental considerations are another area where the mobile equipment segment is evolving. The transition to more sustainable solutions is evident in the increasing use of hybrid and fully electric hydraulic systems. For instance, hybrid-powered skid-steer loaders are gaining popularity due to their reduced fuel consumption and lower emissions. Electric actuators are also being adopted in forestry machinery, offering quieter operation in noise-sensitive environments. This shift is particularly relevant in urban and environmentally sensitive areas where noise and emissions restrictions apply. Renewable energy projects, a growing focus in the UK, are also driving demand for mobile hydraulic tools. Wind farms and solar installations require reliable equipment for assembly, maintenance, and repair. For example, hydraulic torque wrenches are used extensively in wind turbine assembly, where their high precision and reliability are essential for securing critical components. These tasks often take place in remote locations, making the durability and performance of such tools crucial. Advanced systems with IoT-enabled monitoring further enhance their effectiveness, ensuring optimal performance even under challenging conditions. The changing needs of end-users are encouraging manufacturers to innovate. Customisation and flexibility are now essential to meet the diverse requirements of different industries. For instance, telehandlers used in agriculture are being adapted with interchangeable attachments, allowing them to handle a variety of tasks such as lifting, loading, and transporting materials. This trend highlights the importance of collaboration between manufacturers and end-users to develop solutions that meet both technical and operational demands. As the UK continues to advance technologically and prioritise environmental responsibility, the hydraulics and pneumatics industry must keep pace. For mobile equipment, this means adopting digital innovation, focusing on sustainability, and ensuring reliability in demanding applications. These elements are not short-term trends but essential developments that will influence the industry’s future. Companies that respond effectively to these priorities will strengthen their position and contribute to a more efficient and sustainable industrial landscape.
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