Based on its experience creating heavy-duty full-speed steam turbines and achieving advanced scientific achievements, Power Machines developed and manufactured the first half-speed turbine unit in Russia with a capacity of MW. Today the half-speed turbine is considered one of the most promising in the world – the main assembly characteristics will allow future machines to be created based on its design, the use of which will be possible in a turbine plant with a unit capacity in the range of - MW.

يتيح التصميم المعياري الكامل للماكينة إمكانية التعديل والترقية بمرونة بخيارات جديدة وفقًا لمتطلبات المستخدم. تضمن الأبعاد المدمجة والحد الأدنى من متطلبات التعديل التحديثي سهولة تحميل الرصف ونقله اقتصاديًا. اعتمادًا على التكوين ، يمكن أن يظل قضيب التثبيت أو العارضة المتذبذبة والأكثر سلاسة مثبتة على الماكينة أثناء النقل.

The predictive diagnostics system is a new, advanced product that our team has developed. This project allows early detection of defects and thereby ensuring generating equipment that is reliable and efficient. The predictive diagnostics system makes it possible to bring to a new level not only reliability management of strategically important assets - the generating equipment, but also efficiency management across the plant as a whole. We plan to equip all technical equipment that we produce with a predictive diagnostics system.

يعمل إعداد الوضع الاقتصادي على ضبط قوة المحرك تلقائيًا وفقًا لمتطلبات الأداء الحالية لضمان است.هلاك وقود الديزل بكفاءة وانبعاثات ضوضاء منخفضة. تم تجهيز AHT / / S بمحركات VOLVO TADVE / TADVE / TADVE ، والتي تتميز بتقنية محرك متطورة وعالية الأداء (تصل إلى كيلو واط / حصانًا) التي تلبي معايير انبعاثات EC Stage IIIA.

Based on its experience creating heavy-duty full-speed steam turbines and achieving advanced scientific achievements, Power Machines developed and manufactured the first half-speed turbine unit in Russia with a capacity of MW. Today the half-speed turbine is considered one of the most promising in the world – the main assembly characteristics will allow future machines to be created based on its design, the use of which will be possible in a turbine plant with a unit capacity in the range of - MW.