Power electronics under vibration and temperature stress do not usually fail because of wrong calculations. They are caused by mechanical fatigue and thermal stress. In e-bikes, mopeds, motorcycles and heavy-duty machinery, power electronics under vibration operate in environments where: Over
As power electronics evolve, so does the complexity of the machines that rely on them. In off-highway equipment, material handling, agricultural and industrial machines, technologies such as SiC and GaN enable more compact and efficient systems. But they also reduce
Most off-highway machines do not stop because a component failed. They stop because the electrical architecture for off-highway vehicles was defined too late, without considering current paths, thermal flow and electromagnetic behaviour as part of the system. In material handling,
Designing power electronics for off-highway machines is not a laboratory exercise. It is about real operating conditions. At Guilera, we develop power electronics for off-highway and industrial machinery that must operate reliably under temperature, vibration, dynamic loads and EMC constraints
EMC testing DC/DC converters is not a formality. It is the point where a design stops being a prototype and becomes a reliable product for real-world operation. At Guilera, we test our DC/DC converters for electromagnetic compatibility according to UN/ECE
Why They Matter in Off-Highway Electrification Electrification is no longer just for passenger cars. Tractors, excavators, marine systems and industrial vehicles are shifting to electric and hybrid powertrains. This change has created a simple but decisive challenge: how to deliver
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Heavy-duty electronics for your project
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Barcelona (Espagne)