| お支払い方法の種類: | T/T |
| インコタームズ: | FOB,CFR,CIF,EXW |
| 最小注文数: | 5 Piece/Pieces |
| 輸送方法: | Ocean,Land,Air,Express |
| ポート: | SHANGHAI,NANJING,QINGDAO |
シェード:
モデル: BPS
ブランド: IDEALTEKNIC
原産地: 中国
出力電力: 401-500W
出力タイプ: シングル
Input Voltage: 342 ~ 528 V
Input Frequency: 50/60hz
Working Principle: Pwm
Power Supply Type: Igbt-Based
Circuit Mode: Bidirectional Ac/Dc Topology Architecture
Working Mode: Cv / Cc / Cp
Display Mode: 4.3-Inch Lcd
Control Mode: Silica Gel Buttons & Stepless Knobs
Protections: Ovp, Ocp, Opp, Otp
Applications: Ev Test, Automotive Electronics Test, Pv Inverter I-V Test, Battery Charging And Discharging Test, Charging Pile Test, Motor And Drive Test, Fuel Cell Test, Power Grid And Other Industries High Voltage Test.
Cooling: Forced Air Cooling
Power Factor: > 0.99
THD: < 3%
| 販売単位 | : | Piece/Pieces |
| パッケージ型式 | : | プライウッドケース |
| 写真の例 | : |
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| ダウンロード | : |
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BPSシリーズ双方向DC電源
概要
双方向プログラマブル電源のBPSシリーズは、IGBT高周波スイッチング技術と双方向AC / DCに基づくiDealTek-Electronicsによって設計されたオールデジタル信号制御ループを備えた高精度、低リップル、高速応答速度の双方向DC電源です。トポロジーアーキテクチャ。
定電圧と定電流の動作モードしかない従来のDC電源とは異なり、この一連のプログラム可能な双方向AC DC電源は、電源と負荷の両方の特性を備えています。定電圧、定電流、定抵抗、定電力の複数の動作モードがあり、デュアル象限動作を実現して、測定対象のエネルギーを電源にフィードバックすることができます。また、双方向AC-DC電源には関数発生器が内蔵されており、任意波形を自由に生成できます。
この双方向DC電源は、高信頼性、効率的な設定機能、および完全な保護を特長としており、出力電力定格の拡張を実現するための複数ユニットの並列接続の要件もサポートしているため、この双方向電源は最先端のアプリケーションに最適です。自動テスト、自動車生産ライン製造テスト、光起電板老化テスト、およびさまざまなDC電源の業界。
この一連の双方向電源装置は、有効力率補正技術を採用しています。これは、定格出力電力が5KW / 10KW / 15KWの範囲で、通常の380Vおよび480VACの2相または3相交流用に特別に設計されています。異なる定格電力で80V〜2000V、双方向電力を柔軟に調整できます。最大定格電力範囲内に維持しながら、低電流で高電圧、低電圧で高電流を出力できます。
特徴
l 標準の19インチ3Uシャーシは、19インチの標準ラック設置をサポートします。
l 高解像度のトゥルーカラーIPSタッチスクリーンを使用し、電圧と電流の調整ノブと使いやすいHMIインターフェースを備えており、簡単な操作が可能です。
l 広範囲のAC入力電圧：342〜528V、さまざまな入力に適しています。
l 高い入力力率と低いTHD、定格条件下で、力率は0.99を超え、THD <3％
l 3倍広い範囲の出力、高効率エネルギーフィードバックを≤94.5パーセント全体的な効率を有する15 KW単一ユニット出力パワーアップ。
l DC出力電圧の範囲は0〜2250Vdcです。
l CV、CC、CPの3つの動作モードで、さまざまなニーズに合わせて3つのモードを自動的に切り替えることができます
l 双方向フロー機能、電源と負荷が1台のマシンに統合され、簡単な構成と自動シームレススイッチング変換。
l 複数の保護機能（OVP、OCP、OPP、OTP）を備えています。
l フロントインレットとリアアウトレットの換気ダクトの設計と温度制御速度アクティブレギュレーションファンにより、熱放散、低消費電力、低ノイズを実現します。
l 自動検知リモート補正機能。
l 内蔵の関数発生器、フォローアップソフトウェア機能の無料アップグレード。
l 内蔵のブリーダー回路で、安全な電圧にすばやく解放されます。
l オプションのRS232 / 485、LAN、USB通信インターフェース。
l オプションの絶縁アナログ信号インターフェース。アプリケーション
l 電気自動車およびエネルギー貯蔵マイクログリッド電力変換テスト。
l 自動車用電子機器の標準テスト。
l PVアレイIV曲線テスト。
l フィーダーネットワークの省エネエージングテスト。
l バッテリー特性シミュレーション/充電および放電テスト。
l 充電パイルテスト。
l モーターとドライブのテスト/ダイナモメーターベンチ。
l 燃料電池テスト。
l 電力網および他の産業の高電圧試験。
l 軍事およびR＆Dテスト。回路トポロジ |
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Wide range constant power output (0~750V/60A/15KW, the schematic diagram is shown as below) |
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DC: Output or feedback rated power within the voltage range of 0V ~ 2250V, a single product can meet a wide range of application requirements. |
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Bidirectional energy flow |
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The programmable bidirectional power supply combines a power supply and an energy regenerable load. It has the characteristics of these two devices at the same time. It can not only work as a power supply, but also can be used as a load. The two modes can achieve seamless switching without time delay. |
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Color TFT touch screen and dual-knob control |
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Embedded with a 4.3-inch color IPS touch screen, the setting value and status can be viewed on the LCD display, single-finger control of touch screen can realize the operation of all functions, and the dual-knob design makes the operation more convenient and accurate. |
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Automatic multi-unit parallel operation, master-slave mode operation |
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With digital master-slave bus, it can realize parallel operation of up to 30 units, automatic parallel operation with automatic selection of master-slave mode, under multi-unit parallel connection mode, the host unit realize the control of all units in parallel, and display the total voltage, total current and total power. And the host unit can be controlled manually or remotely. |
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High efficiency, high power factor (as shown in the efficiency curve below) |
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The highest efficiency can reach up to 94.5%, and the power factor under rated conditions is >0.99. |
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Built-in function generator |
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Built-in a function generator that can send out typical waveforms, it can achieve single or combined output of triangle / rectangular / trapezoidal / sine / step waveforms, and can expand test waveforms based on LV123, ISO 7637, ISO16750 and other related standards. |
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LV123 full-function working range test waveform |
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Rising edge |
Falling edge |
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LV123 working range upper limit test waveform |
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LV123 voltage ripple test waveform (ripple frequency range: 1HZ ~ 2KHZ) |
ISO-16750-2-4.6.2 Voltage descent reset test waveform |
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ISO-16750-2-4.6.3 Start-up state waveform |
Single module forward 15A to reverse 15A switching waveform (switching time <1.4mS) |
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Single module reverse 15A to forward 15A switching waveform (switching time <1.4mS) |
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Two-in-one bidirectional DC power supply with regenerable electronic load |
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Designed with bidirectional topology power supply architecture, it provides two quadrants with positive voltage/positive current and positive voltage/negative current operating ranges. It can be used as DC power supply or as a DC load for loading operation, and it could feedback absorbed energy to the grid, the conversion efficiency can be up to 94.5%. This two-in-one bidirectional DC power supply also has the function as an energy feedback load and can be operated in constant voltage, constant current, and constant power working modes. Compared with traditional power supplies and loads, it has the advantages of small size, low energy loss, low heat dissipation and comprehensive testing functions. With the popularization of electric vehicles, OBC on-board chargers run towards V2G (Vehicle to Grid), V2L (Vehicle to Load) and V2H (Vehicle to Home) through two-way charging and discharging with the grid management. The bidirectional DC power supply also provides a pure electronic load mode, with constant voltage (CV) / constant current (CC) / constant power (CP) modes, which can be used to simulate the charging behavior of the battery during the development and testing of on-board chargers. Only one device can meet the charging and discharging test of the bidirectional charger, unlike the traditional method, which requires a DC power supply and an electronic load. |
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Electric vehicle and energy storage microgrid power conversion test application |
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The rise of new energy PV / EV / Fuel Cell / Battery has become a market trend to replace traditional energy sources (coal, oil, etc.). However, a large number of grid connection requirements for electric vehicle operation and energy storage batteries will promote distributed energy storage microgrids commercialization more rapidly, along with the power conversion device moving towards bidirectional design, high efficiency, high voltage conversion and high-power density, combined with the rapid development of battery application trends, thus prompting the demand for bidirectional DC power supply test equipment. |
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Battery simulator |
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The bidirectional DC power supply can be combined with battery simulation software to become a battery simulator, which can simulate the operation under different battery power (SOC) conditions or specific battery characteristics V-I curve for battery charging or discharging simulation testing of the DUT (power conversion device), it is suitable for product testing such as on-board chargers, energy storage devices or motor drives. |
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Motor and drive test |
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The bidirectional DC power supply can allow continuous and seamless conversion between the two quadrants of the source and the load without changing the output characteristics or causing damage. It is suitable for many bidirectional DC-DC / DC-AC battery charging and discharging tests requiring fast charge-discharge conversion time. For the transient response ability of the current direction change, it has a high-speed transient response time, and the output voltage can be stabilized within 2ms. When testing the acceleration and braking behavior of the motor driver on road conditions, the conversion between the battery system and the power system will result in the supply and recharging of electric energy. The dual-quadrant high-speed transient response characteristics can simulate the battery, convert according to the actual motor power demand and supply a stable voltage, and allow the current recharging when braking. |
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Automotive electronic standard test |
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The power supply has a built-in waveform generator, which can be expanded to achieve standard waveforms such as ISO 16750-2, ISO 7637, LV123 and LV 148. With the host computer software, one-key operation output test can be realized. |
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Photovoltaic inverter test |
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With optional MPPT function, the bidirectional power supply can simulate photovoltaic array (solar cell I-V curve), used for photovoltaic inverter MPPT point tracking test and aging test. The I-V curve can be automatically generated by setting the corresponding parameters, and support parallel expansion of the same model models. |
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G eneralパラメーター | ||
入力 | 段階 | 3相 |
電圧 | 380VAC / 400VAC / 480VAC（-10％ / +15％） | |
周波数 | 45〜65Hz | |
力率 | > 0.99 | |
保護 | オーバー温度、電圧、電流、電力、グリッドの故障保護。 | |
サイズ | 483*133*775（w*h*d）（mm） | |
電力評価 | シングルユニット：10kW / 15kWオプション | |
電圧範囲 | 0V〜2250V | |
現在の範囲 | -360a〜360a | |
フロントパネル |
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後面パネル |
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15KW Low-Medium Voltage Models Specifications |
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Model |
BPS15-60-360 |
BPS15-80-360 |
BPS15-20-210 |
BPS15-360-120 |
BPS15-500-90 |
BPS15-750-60 |
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Power |
15000W |
15000W |
15000W |
15000W |
15000W |
15000W |
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Voltage Range |
0~60V |
0~80V |
0~200V |
0~360V |
0~500V |
0~750V |
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Current Range |
-360A~360A |
-360A~360A |
-210A~210A |
-120A~120A |
-90A~90A |
-60A~60A |
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Voltage Ripple |
≤320mVpp ≤25mVRMS |
≤320mVpp ≤25mVRMS |
≤300mVpp ≤40mVRMS |
≤320mVpp ≤55mVRMS |
≤350mVpp ≤70mVRMS |
≤800mVpp ≤200mVRMS |
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Voltage Accuracy |
<0.1%UMax |
<0.1%UMax |
<0.1%UMax |
<0.1%UMax |
<0.1%UMax |
<0.1%UMax |
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Current Accuracy |
<0.2%IMax |
<0.2%IMax |
<0.2%IMax |
<0.2%IMax |
<0.2%IMax |
<0.2%Imax |
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Efficiency |
≤94.5% |
≤94.5% |
≤94.5% |
≤94.5% |
≤94.5% |
≤94.5% |
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15KW High Voltage Models Specifications |
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Model |
BPS15-1000-40 |
BPS15-1500-30 |
BPS15-2250-20 |
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Power |
15000W |
15000W |
15000W |
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Voltage Range |
0~1000V |
0~1500V |
0~2250V |
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Current Range |
-40A~40A |
-30A~30A |
-20A~20A |
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Voltage Ripple |
≤1600mVpp ≤300mVRMS |
≤2400mVpp ≤400mVRMS |
≤3200mVpp ≤500mVRMS |
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Voltage Accuracy |
<0.1%UMax |
<0.1%UMax |
<0.1%UMax |
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Current Accuracy |
<0.2%IMax |
<0.2%IMax |
<0.2%IMax |
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Efficiency |
≤94.5% |
≤94.5% |
≤94.5% |
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l 周囲温度：安全な温度範囲で動力源を動作させてください（0 〜45℃ ） 、 または電源の寿命に影響します。
l 換気を改善するために、周囲から少なくとも50cm離れたところに電源を設置してください。
l 振動（0.6g未満）、特にパンチャーなどの機器から電源を取り付けてください。
l 電源を直接太陽の光、湿度、または水球のある場所から遠ざけてください。
l 腐食性、可燃性、爆発性ガスから電源を維持します。
l 油の汚れ、ほこり、金属製のほこりから電源を遠ざけてください。
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