Thermal Management

WACKER will present silicone materials for battery thermal management and thermal protection at The Battery Show 2026 from October 12 to 15, 2026, in Detroit (Booth 4422). The materials are designed for applications, including electric vehicle (EV) … [Read more...]

JBC Technologies has released a new white paper examining passive thermal management strategies for electric vehicle batteries. The paper outlines how electric vehicle (EV) battery packs generate heat during charging, discharging, and normal … [Read more...]

Two-phase cooling can address the concentrated heat loads found in power-dense electric vehicle (EV) systems, but thermal performance alone isn’t enough for automotive production. The cooling system must also operate predictably throughout the … [Read more...]

Electric vehicle (EV) thermal management is often discussed in terms of total heat removal, but higher-voltage architectures are creating a more localized challenge. As power electronics become smaller and more power-dense, waste heat is increasingly … [Read more...]

Wevo has introduced WEVOSIL 26029 FL, a thermally conductive silicone gap filler designed for compact high-voltage battery and power-electronics assemblies. The material provides thermal conductivity of 3 W/m·K with a density of 2.22 g/cm³. Wevo … [Read more...]

Electric vehicle (EV) thermal management once meant holding a single coolant loop within range. That's no longer the case. A modern battery-electric vehicle carries several heat sources that must be controlled together, with no free engine waste heat … [Read more...]

Electric powertrain development consultancy CamMotive and advanced materials company Thermulon have been named technology partners in a £2 million UK government-backed DRIVE35 project focused on electric vehicle (EV) battery safety. The companies … [Read more...]

Dual-motor electric vehicles (EVs) can generate substantial torque for extended periods. However, continuous high-load operation places significant demands on the powertrain’s thermal management system. Heavy payloads, steep grades, towing … [Read more...]

Thermal management in an electric vehicle (EV) is often treated as a component problem. You cool the battery. You cool the motor. You cool the inverter. Each has its own target temperature range and its own cooling strategy, and each tends to be … [Read more...]

Electric vehicle (EV) battery packs must charge faster, deliver more power, and hold more energy, all without much additional room inside the pack. Much of that engineering challenge now centers on the cooling interface between the cell and the … [Read more...]

Heavy-duty fleet electrification requires megawatt-scale charging systems, including Megawatt Charging Systems (MCS), capable of withstanding extreme thermal stress. High-power charging generates significant heat at connector interfaces, accelerating … [Read more...]

Artificial intelligence (AI) battery thermal management now relies more on models that are primarily data-driven. Physics-based thermal models are accurate under controlled conditions but cannot adapt in real time to the variable loads, charge rates, … [Read more...]

Axalta Coating Systems announced it has earned 2026 Edison Awards for innovations across automotive coatings and manufacturing technologies, including a fire-resistant coating designed for electric vehicle (EV) battery systems. Among the recognized … [Read more...]

Higher energy density and faster charging are placing increasing demands on thermal systems within electric vehicles. More compact packaging, improved heat transfer, and reduced system weight are becoming critical as battery and power electronics … [Read more...]

Electric vehicle (EV) design now requires a system-level approach. Decisions in one subsystem directly influence performance across the entire vehicle. Engineering work is shifting toward managing how these interactions behave under real operating … [Read more...]

Hanon Systems announced it is supplying a highly integrated thermal management module for electric vehicles (EVs). The compact module integrates multiple components, including an electric compressor, electronic expansion valve block, water-cooled … [Read more...]