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市場調查報告書
商品編碼
1383265
全球衛星電力電子市場(2023-2033)Global Satellite Power Electronics Market 2023-2033 |
衛星電力電子設備是管理衛星上電力的產生、分配和調節的電子元件和系統。 這些電力電子設備對於衛星電力系統的高效可靠運作至關重要。
衛星電力電子設備控制太陽能板和太陽能電池陣列產生的電力,將陽光轉換為電能。 太陽能電池陣列調節器、MPPT(最大功率點追蹤器)和電壓轉換器是電力電子元件,可優化和調節衛星電氣系統中使用的太陽能電池板的輸出。
電壓調節、電流限制和濾波等電力電子元件可調節太陽能電池陣列產生的功率。 這確保了衛星電氣系統的供電穩定且在指定的運作參數範圍內。
衛星電力電子設備負責充電、放電和監控用於儲存太陽能電池陣列產生的多餘電力的儲能係統(通常是電池)。 電池充電控制器和電壓轉換器等電力電子元件可優化充電和放電過程,確保有效利用儲存的能量。 電力電子系統負責向衛星的各個子系統和組件分配電力。 配電單元 (PDU) 調節電源並將其分配給各種負載,電源管理和控制電路監控並平衡整個衛星的功耗。
DC-DC轉換器和逆變器是在不同子系統或組件之間轉換電壓位準的電力電子元件。 這是透過適應不同衛星系統的特定電壓要求來確保相容性和高效電力傳輸所必需的。 電力電子元件在工作過程中會產生熱。 熱管理系統(例如散熱器和溫度感測器)整合到衛星電力電子設備中,以保持最佳工作溫度並防止過熱,從而降低性能和可靠性。
衛星電力電子設備旨在提高電力轉換過程的效率。 採用軟開關和諧振轉換器等先進功率轉換技術來最大限度地減少功率損耗並最大限度地提高整個衛星電源系統的能源效率。
本報告分析了全球衛星電力電子市場,並探討了整體市場規模的前景、按地區和國家劃分的詳細趨勢、關鍵技術概述和市場機會。Masu。
Satellite power electronics are the electronic components and systems that manage the generation, distribution, and regulation of power onboard a satellite. These power electronics are critical to the efficient and dependable operation of satellite power systems.
Satellite power electronics control the power generated by solar panels or arrays, which convert sunlight into electrical energy. Solar array regulators, maximum power point trackers (MPPTs), and voltage converters are power electronics components that optimize and regulate the power output from solar panels for use by the satellite's electrical systems.
Power electronics components, such as voltage regulation, current limiting, and filtering, condition the raw power generated by solar arrays.This ensures that the power supplied to the satellite's electrical systems is stable and within the operating parameters specified.
Satellite power electronics are in charge of charging, discharging, and monitoring energy storage systems, typically batteries, that are used to store excess power generated by solar arrays. Power electronics components like battery charge controllers and voltage converters optimize the charging and discharging processes, ensuring that stored energy is used efficiently. Power electronics systems are in charge of distributing power to the satellite's various subsystems and components. Power distribution units (PDUs) regulate and distribute power to various loads, and power management and control circuits monitor and balance power consumption throughout the satellite.
DC-DC converters and inverters are power electronics components that convert voltage levels between different subsystems or components. This is required to ensure compatibility and efficient power transfer by matching the specific voltage requirements of different satellite systems. During operation, power electronics components generate heat. Thermal management systems, such as heat sinks and temperature sensors, are integrated into satellite power electronics to maintain optimal operating temperatures and prevent overheating, which can degrade performance and reliability.
Satellite power electronics are designed for high efficiency in power conversion processes. To minimize power losses and maximize the overall energy efficiency of the satellite power system, advanced power conversion techniques such as soft switching and resonant converters are used.