News
Engineering Education Solutions Showcased at a Thermodynamics Conference in Beijing
Our company exhibited a full portfolio of engineering laboratory teaching equipment at the China Engineering Thermophysics Society Annual Academic Conference in Beijing. The display covered thermodynamics, refrigeration and energy‑system experimental hardware including Marcet Boiler, Rankine cycle teaching apparatus and air adiabatic index test modules. The event enabled technical exchanges with university faculty and lab planners, exploring complete lab‑building solutions for undergraduate and postgraduate thermal‑engineering education.
What Are Hydrostatics Experiments? A Practical Guide to Fluid Static Lab Work
This guide explains hydrostatics—the study of fluids at rest—and why hands-on experiments are essential to engineering fluid mechanics. It covers the key fluid properties (density, viscosity, surface tension), the pressure-depth relationship, and how a single laboratory platform such as the H201 Fluid Statics Experimental Bench lets students measure density, demonstrate Pascal's law, verify Archimedes' principle, and study floating-body stability. The article closes by showing how these static experiments prepare students to advance into flowing-fluid studies.
Russian Teaching Equipment Manufacturer Explores Energy‑Storage Lab Equipment Partnership
A Russian educational teaching‑equipment manufacturer paid an on‑site visit to explore potential cooperation on university laboratory training systems. The discussion centred on flagship energy‑storage lab equipment, including stacked flow battery module platform, central storage management & monitoring system and small‑scale flywheel energy storage experimental system. Both parties intend to further develop joint laboratory‑solution business for universities, engineering colleges and technical education institutions.
The engineering teaching equipment team participated in the Thermodynamics and Energy Utilization Youth Academic Forum in Hefei. A full portfolio of thermodynamics and energy‑storage lab apparatus was exhibited, covering Rankine‑cycle steam turbine thermal power plant, electrolytic hydrogen fuel cell device and Marcet Boiler. These experimental rigs support hands‑on teaching for undergraduate and postgraduate energy‑related majors, enabling cycle‑efficiency testing, energy‑conversion principle verification and theoretical‑data comparison. Custom lab‑equipment solutions, technical support and global after‑sales service are available for higher‑education laboratory upgrade and curriculum construction.
Understanding the Rankine Cycle Through Steam Power Plant Experiments
The Thermal Power Plant with Steam Turbine is a university‑grade experimental platform for Rankine‑cycle teaching. Integrated with boiler, turbine‑generator and condenser units, it supports Rankine‑cycle demonstration, turbine efficiency measurement and thermal‑efficiency analysis. It helps energy‑power and mechanical‑engineering students master thermodynamic principles, parameter measurement and experimental data‑processing skills.
Multifunctional High Temperature Heat Pump Experimental System for Energy Engineering Education
The Multifunctional High Temperature Heat Pump Experimental System is developed for energy and thermal engineering teaching and research. Equipped with complete heat pump cycle and real‑time data acquisition, it supports air‑source and water‑source heat pump experiments, heating coefficient measurement and performance curve analysis. The system can connect with phase‑change energy storage and multi‑energy complementary units for extended renewable energy research for university students majoring in heat pump, refrigeration and HVAC disciplines.
University Students Visit MicroNewton for Energy Storage Learning and Technical Exchange
University students from Shandong University visited MicroNewton for energy‑storage‑oriented technical exchange. Students observed demonstrations of flywheel, compressed air, phase‑change and hydrogen fuel cell experimental systems. This hands‑on activity helps new energy, power and electrical engineering students deepen their understanding of energy storage conversion principles, experimental data measurement and system efficiency analysis.
Fluid Mechanics and Heat Transfer Laboratory Equipment Delivered to a University in Xinjiang
MicroNewton completed the delivery of fluid mechanics and heat transfer laboratory equipment to a university in Xinjiang. The delivered batch includes Pipework Energy Losses experimental equipment, Free and Forced Convection system as well as multiple thermal and thermodynamic test modules, supporting hands‑on experimental teaching for fluid mechanics, heat transfer and thermodynamics courses for engineering majors.
MicroNewton showcased full series heat transfer and engineering thermodynamics laboratory teaching equipment at the Energy and Power Engineering Professional Innovation and Development Symposium held at Inner Mongolia University of Technology. The exhibited core devices cover heat exchanger, radiation heat transfer, perfect gas expansion and steam turbine test rigs. The university has already deployed our heat pump and compressed air energy storage experimental systems for undergraduate and postgraduate practical laboratory courses.
