사진
샌디솔라 7.2KW 분할상 하이브리드 인버터
모델: SD-4872WP-미국
It is a versatile 7.2kW split-phase hybrid inverter for the US market, featuring dual-channel MPPT with 16A per channel, 최대 지원 6 병렬 유닛 (configurable for split-phase, single-phase, or three-phase systems), and UPS-level 10ms switching time. It delivers 7200W rated output with 10800VA peak power, accepts up to 150A battery charging current, operates with or without batteries, supports diesel generator input and CT zero-export functionality, and offers intuitive touchscreen control, 원격 진단, and OTA updates—all while complying with UL1741 and FCC standards.
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Key Specs & Visuals
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하이라이트
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- Dual MPPT design improves solar efficiency with 7200W rated output and 10800VA peak power.
- 지지대 6 units in parallel for flexible single-phase, split-phase, and three-phase systems.
- 10ms UPS-level switching ensures seamless backup during power outages.
- Battery-free operation and diesel generator compatibility enable flexible system design.
- Smart features include touchscreen control, remote monitoring, OTA 업데이트, and CT zero export control.
- Supports 4HP motor loads and complies with UL1741 and FCC standards.
견적 요청
브로셔 다운로드
핵심 장점
고효율
Dual MPPT design improves solar energy utilization.
높은 출력
7200W rated and 10800VA peak capacity.
시스템 확장성
지지대 6 units in parallel expansion.
빠른 전환
10ms UPS-level seamless transfer.
Flexible Energy System
Works with or without battery storage.
인증된 신뢰성
UL1741 및 FCC 기준을 준수합니다.
제품 사양
AC 모드
| 정격 입력 전압 | 120V (L1/N, L2/N) / 240진공 (L1/L2) | 입력 위상 전압 범위 | (85진공 ~ 140Vac) ±2% |
| 빈도 | 50Hz / 60Hz (자동 탐지) | 주파수 범위 | 47±0.3Hz ~ 55±0.3Hz (50 Hz); 57±0.3Hz ~ 65±0.3Hz (60Hz) |
| 과부하 / 단락 방지 | 서킷 브레이커 | 능률 | >95% |
| 변환 시간 (우회로 & 인버터) | 10MS (전형적인) | AC Reverse Protection | 예 |
전체 문서 보기
신청
This 7.2KW split phase hybrid inverter is designed for residential, small commercial, and off-grid energy storage systems. 신뢰할 수 있는 백업 전력을 제공합니다, flexible system expansion, and intelligent energy management for solar self-consumption, zero-export grid-tied applications, and generator-hybrid power systems.
