Practical Renewable Energy and Energy Storage Education at Southeast University

Southeast University has deployed a micro wind‑solar‑storage‑load demonstration teaching platform. This practical system integrates photovoltaic, wind turbine, battery storage, thermal storage and triple‑source heat pump. It enables students of new energy‑related majors to conduct experiments on energy generation, conversion, storage and system‑level energy management to build comprehensive engineering capabilities.

Advancing Energy Storage Education at Northeast Petroleum University

MicroNewton delivered the Parabolic Trough Solar Energy and Micro Compressed Air Energy Storage Experimental System to Northeast Petroleum University. The integrated setup realizes coupling of solar thermal energy and compressed air energy storage. It supports compression, air storage and expansion power generation experiments, helping students of new energy and power majors master renewable‑energy conversion, storage principles and experimental data‑analysis skills.

Flow Field Visualization Experimental Device Brings Invisible Fluid Motion to Life at Peking University College of Engineering

MicroNewton supplied the H012 flow field visualization experimental device to Peking University College of Engineering. This self‑circulating desktop water‑channel system uses the hydrogen‑bubble visualization method. It supports boundary‑layer separation, Karman vortex street, two‑dimensional flow and laminar‑turbulent transition experiments, helping students observe invisible fluid motion and deepen understanding of core fluid‑mechanics theories.

Carbon Dioxide Adsorption Experiment System Supports Carbon Capture Research and Teaching at a Leading Chinese University

MicroNewton delivered a complete carbon dioxide adsorption experiment system for a top‑tier Chinese university. The integrated platform realizes precise control of gas flow, pressure and temperature, supporting adsorption isotherm plotting, adsorbent material comparison, pressure‑swing and temperature‑swing desorption experiments. It serves carbon capture research and practical lab training for chemical engineering and environmental science students and researchers.

Harbin Institute of Technology Equips Aerospace Lab with Subsonic Wind Tunnel Series for HandsOn Aerodynamics Education

MicroNewton delivered the subsonic wind tunnel series to Harbin Institute of Technology for aerodynamics laboratory upgrade. Equipped with three‑component balance, multi‑channel pressure unit, NACA airfoil models and smoke generator, this open‑circuit wind tunnel completes airfoil lift‑drag test, pressure distribution mapping, boundary‑layer research and flow visualization for undergraduate and postgraduate aerospace and fluid mechanics practical courses.

Custom Aviation Museum Wind Tunnel Brings Aerodynamics to Life at Northwestern Polytechnical University

MicroNewton delivered a custom‑built aviation museum demonstration wind tunnel for Northwestern Polytechnical University. This low‑speed closed‑loop wind tunnel adopts space‑saving wall‑mounted structure with transparent test section, fulfilling dual requirements of public aerodynamics exhibition display and university student hands‑on aerospace experimental training.