設計資產

最佳化任務需求

僅有最佳化的任務計畫與路徑,仍不足以讓任務成功。工程師還得為太空船系統發展先進技術。在不同領域中,工程師需要為太空任務打造最佳化的通訊、遙測與導航技術。

準備複雜的太空任務設計元件

隨著太空環境變得日益壅塞且競爭激烈,對強大通訊、高解析度遙測及其他先進技術的需求,較以往更加迫切。工程師與創新者在設計開發這些資產時,必須達成數項關鍵目標,才能讓任務計畫成真。
  • Design Secure, Resilient, and High-Performance Communications

    Satellite communications evolve to meet global connectivity demands through innovative spectrum management, enhanced signal integrity, secure data transmission, and agile deployment strategies for future advancements.
  • Developing Electro-Optical Sensing

    Critical missions in the defense, commercial, and scientific sectors rely on high-resolution imagery as well as advanced and precise sensing capabilities to succeed. Engineers must focus on imaging precision, sensor performance, cost-efficiency, and providing actionable data, insights, and more to excel and stay competitive.
  • 推動合成孔徑雷達 (SAR)

    遙測與成像作業在災害管理、國防情報與環境監測方面,需具備持續運作的功能,並著重於提升解析度、資料準確度與即時處理。

展示解決方案

因應任務挑戰的解決方案

無論您是製造用於地球觀測、全球通訊還是深太空導航的衛星,能承受嚴苛太空環境的資產設計,實為不容妥協的要素。Ansys 提供功能強大的整合式多重物理量工具組,協助您的工程師變得更睿智、更快速、更具信心。
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Satellite Antenna Arrays Platform Integration

Replace bulky waveguide antennas with compact, high-gain antennas that enable multi-band coexistence and predict the impact of the satellite platform on antenna performance.
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Satellite Antenna Beamforming

The transition to electronically steered antennas enhances data rates and reliability. They feature adaptive beam steering for precise tracking and a low-profile design for easy maintenance and quick part replacement.
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RF Performance in Space

RF multipaction and discharge pose reliability risks in satellite communication by causing signal degradation, power loss, increased noise, and reduced efficiency, often requiring additional shielding or detuning for mitigation.
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Mission-Based Antenna Performance Verification

The tasks involve predicting satellite communication performance, designing and simulating antenna modules, assessing antenna performance pre-launch, and generating reports and link budget analyses for mission evaluation.
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STOP 高功率雷射分析

高功率雷射光束會在光學元件中產生熱應力,造成光束品質劣化。為處理此問題起見,需要將光學參數最佳化,並增進工程團隊間的協作,以提升在真實條件下的整體效能。
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Sensor Modeling for EOIR Systems in Space

Enhance innovation through improved collaboration in design and analysis, enabling early issue detection, quicker product development, and fewer prototype cycles, resulting in significant resource savings and faster time to market.
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Radar Sensor Modeling

Engineers need to comprehensively model radar system integration, including platform geometry, antenna behavior, target positioning, and environmental factors, while also evaluating the operational effectiveness of candidate radar systems against realistic targets.
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RCS Generation, Visualization, and Implementation

Generate radar cross-section (RCS) measurements to examine vehicle and equipment designs, visualize RCS data in a 3D environment to analyze signature behavior, and evaluate performance against different radar collection modes.
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資料與影像視覺化

將雷達與光電影像整合至正確幾何結構,並將感應器資料與收集情境同步,確保模型對齊實際收集的資料。
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Simulation is what you need to do to really verify and validate that this thing is going to perform in a space environment. ”

— Callie Lissinna, Verification and Validation Lead and Co-founder, Wyvern
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It saves costs, it saves lots of time... and really it just means that we're able to build things that probably would be impossible if we couldn't simulate at all. ”

— Christian Kiel, VP of External Relations

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Discover how digital mission engineering can help you overcome the critical challenges facing space innovators today.
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From mission planning to component-level reliability, explore the challenges and solutions faced by the innovators developing the next generation of robust spacecraft and space systems.
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We cover topics from launch-to-orbit modeling, vehicle design, space operations and more.
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