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Introduction of New Energy Motor Base
In new energy technology revolution that swept the world today, the motor base, the traditional mechanical parts, is experiencing the technical transformation to thoroughly remold itself. As the core carrying unit of the new energy power system, the modern structural component, the motor base, has broken through the traditional cognitive framework and become the crystallization of cutting-edge technology integrating materials science, precision manufacturing and intelligent design. This article will conduct an in-depth analysis of the technical characteristics and industry value of this key component.

Material Technology Evolution of New Energy Motor Base
From the cast iron base to the intelligent structure of the traditional motor base dominated by cast iron technology, the main undertake basic support function. And new energy era motor base has been evolved to three dimensions: complex topology structure design, parametric modeling technology was used to construct bionic topology structure, the optimal distribution of stress field was achieved by finite element analysis. Typical design includes: honeycomb internal stiffeners, network weight loss (30%), density gradient heat dissipation fin system (heat efficiency 45%), multidirectional damping suspension structure (vibration attenuation coefficient 0.92)
1. Break through the limitation of single metal materials, advanced materials system formation of multi-level composite solution:
basic framework: high silicon aluminum alloy strengthening layer (YL117), precision casting
Fungere: surface treatment of carbon fiber reinforced polymer matrix composites, micro-arc oxidation ceramic coatings (corrosion grade A+ +)
2. Intelligent integration provides a standardized interface embedded design support: temperature/vibration sensor integrated slot
3. Cooling fluid circulation line
Funktioner & Functions of New Energy Motor Base
Embedded channel integration design, electromagnetic shielding structure performance breakthrough: to redefine the industry standard verified by third-party inspection agencies, A new generation of motor base to achieve the leap ascension of key performance indicators:
EN. Dynamisk stabilitet: In a vibration environment with a frequency ranging from 20 til 2000 Hz, the displacement amplitude is controlled within ±0.05mm, which is four orders of magnitude higher than that of traditional products. Especially under the rapid acceleration condition of electric vehicles (with an instantaneous torque of 2000 N ·m), the deformation of the base does not exceed 0.12mm.
B. thermal management efficiency integration phase change heat storage material and microchannel cooling technology, making the motor work within the range of 75 + 2 ℃ temperature stability. When operating at continuous peak power, the temperature rise rate is reduced to 1.2℃/min, an improvement of 60% compared with the previous generation of products.
C. environmental adaptability through a tough 72 hours salt spray test (GB/T 2423.17) and to a 40 ℃ ~ 150 ℃ temperature impact test, structural integrity rate of more than 99.8%. It is particularly suitable for extreme environments such as offshore wind power and plateau mining areas.
Application of New Energy Motor Base
Applied graph: green ecological new energy vehicles as drive motor core carrier, implemented in 800V v high voltage platform models: Electromagnetic compatibility to meet CISPR25 Class 5 standard, power density up to 5.8 kW/kg, support 15 minutes fast in modularization installed.
Wind power field applies to more than 8 mw offshore wind turbines, innovative design include: Sea water corrosion prevention multi-layer protective system for tower drum equipotential resonant frequency active regulating structure lightning protection design in industrial automation application of intelligent robot joint motor: implementation level 0.005 mm installation location accuracy support EtherCAT bus integrated modular combination meet the demand of six axis linkage.
Technology foresight of Ny energimotorbase
The next generation of product research and development direction of industry leading companies have launched the fourth generation of intelligent base research and development, the key breakthrough: since awareness: embedded fiber Bragg grating sensor network adaptive structure: shape memory alloy dynamically tuned carbon neutral manufacturing: hydrogen metallurgy technology application epilogue: Driven by the carbon neutrality goal, the base of new energy motors has moved from behind the scenes to the forefront and has become a key indicator for measuring the advancement of power systems. Its technological evolution not only reflects the breakthrough direction of high-end manufacturing but also indicates the inevitable trend of the development of new energy equipment towards intelligence and intensification. When each base becomes a precise energy hub, we are one step closer to the ultimate vision of green manufacturing.
| almindeligt materiale | støbt stål/støbt aluminiumslegering | |
| Fungere | Honeycomb-shaped internal reinforcing rib network (30% weight reduction) | |
| Multi-directional damping shock absorption structure (vibration attenuation coefficient up to 0.92) | ||
| Gradient density heat dissipation fin system (heat dissipation efficiency increased by 45%) | ||
| Overvejelser om miljødimension | In a vibrating environment with a frequency of 20-2000Hz | The displacement amplitude is controlled within ±0.05mm |
| Motor operating temperature | The range of 75±2℃ | |
| 72-hour salt spray test (GB/T 2423.17) | The retention rate of structural integrity exceeds 99.8% | |
temperature shock test ranging from -40℃ to 150℃ | ||
Pakke af Ny energimotorbase
Polybag+Kartonæske+Trækasse/Palle, efter kundens ønske

Virksomhedsprofil
Luoyang Fonyo Heavy Industries Co., Ltd. blev grundlagt i 1998, dækker et område på 72.600㎡, med mere end 300 medarbejdere, 32 teknikere, inklusive 5 senioringeniører, 11 assistentingeniører, og 16 teknikere. Det er blevet vurderet som Luoyang Engineering Technology Center, Luoyang Technology R&D Center, og National High-tech Enterprise i mange gange.
Vores produktionskapacitet er 30,000 tons om året. For tiden, vi producerer hovedsageligt støbt stål, støbejern (gråt jern, duktilt jern, osv.), bearbejdning af færdigvare og komponentsamling til lokomotiv,jernbanevogn,højhastighedstog, mineudstyr,vindkraft,osv. Vores produkter er blevet eksporteret til Rusland, USA, Tyskland, Argentina, Japan, Frankrig, Sydafrika,Italien og andre lande.
Ofte stillede spørgsmål
Q1: Er du producent eller handelsvirksomhed?
EN:Vi er en producent. Vores virksomhed blev grundlagt i 1998, med næsten 30 år i støbeindustrien, et samlet areal på 72.600㎡, med et fabriksbygningsareal på 51.000㎡.
Q2. Hvad er dine vigtigste produkter?
EN: Vi fokuserer primært på stålstøbning, jernstøbning, bearbejdning af færdigt produkt, og komponentsamlingsproduktion til lokomotiv,jernbanevogn,højhastighedstog, mineudstyr,vindkraft,osv.
Q3: Hvor præcision kan du producere støbedele?
EN: Vi har evnen til at producere støbedele med forskellige støbeprocesser. Produktionen er strengt i overensstemmelse med ISO 9001, ISO 14001 og ISO45001, EN15085, IRIS.
Q4. Kan du producere i henhold til prøverne?
Ja, vi kan producere efter dine prøver eller tekniske tegninger. Vi kan også bygge tegninger til dig, efter at vi har fået dine prøver.
Q5: Hvordan laver du kvalitetskontrol før levering?
EN: Kvalitetsinspektion er en meget vigtig faktor for at garantere kvaliteten af stålstøbedele. Vi følger efter 3 inspektionstidspunkter under hele produktionsprocessen. Og vi vil levere materialetestrapport, dimensionel prøvningsrapport, og mekaniske egenskaber test rapport til vores kunder før levering.
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