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16076Wh Capacity 13500W Pure Sine Wave Output IP54 Rated Portable EV Charger for Industrial Power Station

16076Wh Capacity 13500W Pure Sine Wave Output IP54 Rated Portable EV Charger for Industrial Power Station

MOQ: 50
표준 포장: 나무 상자
배달 기간: 5~10일
지불 방법: L/C,D/A,D/P,T/T,웨스턴 유니온
공급 용량: 1000년 / 주
자세한 정보
원래 장소
중국
브랜드 이름
Huijie
모델 번호
BP1500A
배터리 유형:
LFP
AC 파형:
순수 사인파
용량:
16076wh
정격 출력 전력:
13500W
150% 과부하:
600초 작동 가능
200% 과부하:
100초 동안 작동 가능
250% 과부하:
15초 동안 작동 가능
피크 전력:
27000W
AC 출력:
125-430V 3600w x3
최대 PV 입력 전력:
3600W 120V-430V 18A
최대 AC 입력 전력:
12000W
충전 시간:
~2시간(AC) ~2.5시간(PV)
크기:
603.3x788.7x675mm
무게:
약 220KG
보호등급:
IP54
소음 방출:
<45dB(A)
충전 온도 범위:
0℃~45℃
방전 온도 범위:
-20℃—45℃
강조하다:

16076Wh Capacity Portable EV Charger

,

13500W Pure Sine Wave Output Industrial Power Station

,

IP54 Rated Portable Power Station

제품 설명

BP1500A 16076Wh 13500W LFP Portable Power Station

Engineered for mission-critical reliability, the BP360H is a 16.076kWh industrial-grade power station built to deliver robust, clean energy in the most demanding environments. With a formidable 13500W continuous pure sine wave output and an extraordinary 27000W surge capacity, it effortlessly starts and runs heavy-duty tools, professional film equipment, and essential site infrastructure. Its rugged IP54-rated enclosure, LiFePO4 (LFP) battery core, and versatile 3600W solar input make it the definitive power solution for construction, mining, remote media production, and field operations where grid power is unavailable or unreliable.

Product Features & Advantages

  • Industrial-Grade Power & Durability: Featuring a massive 16076Wh LiFePO4 (LFP) battery, it delivers a continuous 13500W AC output with a pure sine wave, safe for sensitive electronics. The rugged chassis and IP54 rating provide dust and water resistance for harsh job sites.
  • Massive Peak Power for Heavy Loads: An exceptional 27000W peak power ensures it can handle the intense startup surges of industrial motors, compressors, and pumps without faltering, outperforming standard generators.
  • Robust Overload Capability: Designed for real-world demands, it sustains 150% overload (5400W) for 10 minutes, 200% (7200W) for 100 seconds, and 250% (9000W) for 15 seconds, ensuring stability under variable loads.
  • Flexible & Efficient Recharging: Replenish power via a 12000W max AC input (~2 hours to full) or efficiently harness sunlight with a 27000W max solar input (MPPT, 12-60VDC) for true off-grid energy independence.
  • Professional Design & Safety: Includes multiple dedicated AC outputs (430V 16A & 13A), a clear status indicator panel (RUN/FAULT), an emergency stop button, and operates at a quiet <45dB(A). Integrated protections cover overvoltage, overload, short circuit, and temperature.

Applications & Usage

  • Film & Media Production: Powering cameras, lighting rigs, and monitors on remote shoots.
  • Construction & Mining: Running power tools, site lighting, and communications equipment.
  • Railway & Infrastructure Work: Providing temporary power for machinery and safety systems.
  • Field Exploration & Camping: Supporting research equipment and overlanding RVs with high-power needs.
  • Emergency Backup: Serving as a robust power source for critical operations during outages.
16076Wh Capacity 13500W Pure Sine Wave Output IP54 Rated Portable EV Charger for Industrial Power Station 0

Frequently Asked Questions

What kind of equipment can the 27000W peak power start?

This high surge capacity is designed to start heavy inductive loads like air compressors, submersible pumps, large circular saws, and professional film lighting ballasts that require 3-5 times their running wattage to start.

Is this unit truly suitable for outdoor construction sites?

Absolutely. The IP54 rating means it is protected against dust ingress and water splashes from any direction. Its robust metal housing and design are built to withstand the vibrations and conditions of active job sites.

How does the LiFePO4 (LFP) battery benefit professional use?

LFP batteries offer superior cycle life (often 3000+ cycles), enhanced thermal and chemical stability (safer), and better performance in a wide temperature range compared to standard NMC lithium batteries. This translates to lower long-term cost, greater reliability, and less downtime.