Volvo Penta TAD1151VE engine, 265 kW 360 Hp 2100 RPM

The Volvo Penta TAD1151VE is a high-performance inline 6-cylinder electronically controlled engine. Here is an introduction to it: ### Basic Parameters - **Displacement**: 10.84 liters. - **Compression Ratio**: 17:1. - **Rated Speed**: 2100 RPM. - **Power**: 265 kW (360 Hp). - **Torque**: 1785 N·m. - **Emission Standard**: EU IIIA. - **Cooling Type**: Water-cooled. - **Weight**: 1041 kg. ### Technical Features - **Turbocharging and Intercooling Technology**: The turbocharger utilizes the exhaust gas energy of the engine to drive the turbine to rotate, and the compressor impeller connected to the turbine shaft compresses more air into the engine cylinder, increasing the oxygen content in the cylinder. The intercooler cools the high-temperature compressed air, increases its density, and provides a stable and powerful power output for the engine under high-load operation. - **Advanced Electronic Control Fuel Injection System**: This system can collect the engine's operating parameters in real-time and accurately through sensors distributed at various key parts of the engine, such as engine speed, load, water temperature, oil temperature, and air intake volume. After rapid and complex calculations, it precisely controls the fuel injection pressure, time, and quantity, achieving efficient combustion, which not only improves power output but also reduces fuel consumption and exhaust emissions. ### Performance Advantages - **Powerful Power Output**: At 2100 RPM, the engine can output a powerful power of 265 kW (360 Hp), which is sufficient to drive various large-scale equipment to operate efficiently. The torque of up to 1785 N·m enables it to easily cope with various heavy-load challenges, ensuring that the equipment is stable and powerful during startup, climbing, traction, and other operations. - **Fuel Economy**: The high-compression ratio and the precise control of the electronic control fuel injection system make the fuel burn more fully, improving fuel economy to a certain extent and reducing energy waste. ### Application Areas This engine has a wide range of applications and can be used to power large ships, enabling them to break through the waves in the sea; it can also drive heavy-duty generator sets to provide a continuous power supply for cities; in addition, it can inject strong power into construction machinery in harsh construction environments.