固態變壓器(SST)、固態斷路器(SSCB)、大電流測試

大電流直流源: G5.SRC 系列

推薦型號: G5.SRC.216.80.8112 (216kW, 80V, 8112A)

直流電網模擬器: G5.UNV 系列

推薦型號: G5.UNV.108.1000.648 (108kW, 1000V, 648A)

交流負載模擬器: ACS 系列

推薦型號: ACS.90.528.129 (90kW, 528Vac, 43A/phase)

SSCB, SST, Bus Bar Testing

High Current Power Source: G5.SRC Series

Recommended Model: G5.SRC.216.80.8112 (216kW, 80V, 8112A)

DC Grid Simulation: G5.UNV Series

Recommended Model: G5.UNV.108.1000.648 (108kW, 1000V, 648A)

AC Load Simulation: ACS Series

Recommended Model: ACS.90.528.129 (90kW, 528Vac, 43A/phase)

為什麼選擇 REGATRON？(H2 - 產品優勢與導入建議)

選擇 REGATRON 進行 AI 基礎設施驗證，能確保您獲得高精密、具前瞻性且符合經濟效益的測試環境。

• 具前瞻性的擴充性 (Future-Proof Scalability)： 透過模組化的 G5 (直流) 與 TC.ACS (交流) 矩陣，系統可從 54kW 單機無縫擴充至 5,000 kW 以上及 20,000 A 以上的超高功率配置。
• 極致動態與精度 (Extreme Dynamics & Precision)： 實現微秒級 (20–100 µs) 的上升時間與極低電流漣波，提供驗證固態斷路器 (SSCB)、電容備援單元 (CBU) 及高功率匯流排所需的關鍵精度。
• 高壓與 P-HIL 模擬能力： 支援 3000 VDC 串聯配置，可進行固態變壓器 (SST) 半導體元件測試；其低延遲 (90 µs) 類比介面則有利於進行高擬真度的電力硬體在環 (P-HIL) 模擬。
• 軟體定義的穩定性 (Software-Defined Stability)： 高度靈活的控制迴路可補償複雜的線路阻抗 (Cabling Impedances)，確保測試結果真實反映待測物 (DUT) 的效能，完全不受測試設備本身的局限性干擾。
• 投資報酬率 (ROI) 最大化： 無論在交流或直流測試階段，皆能回收高達 95% 的能量，與傳統的耗散型負載相比，能大幅降低總體持有成本 (TCO) 與廠區的散熱電力支出。

Why REGATRON? (H2 - Transition / introduction to suitable products)

Select REGATRON for AI infrastructure validation to secure a high-precision, future-proof, and economically efficient testing environment.

• Future-Proof Scalability: Scale seamlessly from a 54kW module to 5,000+ kW and 20,000+ A using modular G5 (DC) and TC.ACS (AC) matrices.
• Extreme Dynamics & Precision: Achieve microsecond-grade rise times (20–100 µs) and ultra-low current ripple, providing the precision required for validating SSCBs, CBUs, and high-power busbars.
• High-Voltage & P-HIL Capability: Support for 3000 VDC series configurations enables SST semiconductor testing, while low-latency (90 µs) analog interfaces facilitate high-fidelity Power Hardware-in-the-Loop (P-HIL) simulation.
• Software-Defined Stability: Highly adaptable control loops compensate for complex cabling impedances, ensuring test results reflect authentic DUT performance independent of equipment limitations.
• Maximized ROI: Recover 95% of testing energy across AC and DC stages, dramatically lowering TCO and facility cooling costs compared to traditional dissipative loads.

Suitable Products (H3)

G5.RSS Series, RLD Series

The core system for PSU, Powershelf, and HVDC testing. -   

-         Power: 0...54 kW per module (Scalable to MW)

-         Voltage: 0...500 V (Parallel) / 1000 V (Series)

-         Dynamics: <50 µs response time for AI Load Simulation

G5.BT Series, BAS Series

The core system for BBU and CBU testing.

-         Dual measurement range for accuracy

-         G5.BatSim software included (G5.BAS)

-         G5.BatControl software included (G5.BT)

G5.SRC Series, UNV Series

The core system for Bus Bar, SSCB, and SST testing.

-         Exceptional current and voltage accuracy

-         High dynamics and a fast analog port. Time analog-in to power output is typically 90 μs.

-         Simplified and safe operation can be provided by pre-programmed overvoltage protection and digital fuses with immediate and I2t triggering

TC.ACS Series

Regenerative Grid Simulator

Validates the AC input stage of the PSU and Power Shelf.

• Power: 30 kVA to 1 MVA+
• Features: Full 4-quadrant grid simulation (Voltage Dips, Harmonics)

G5.Control Software

The Central Interface

Enables straightforward parallel/series configuration, custom waveform generation (AAP), and integrated oscilloscope functions for analysing microsecond-level transients.