1. 사업 개요

This system includes 4 sets of 10ft 46kW foldable PV containers and 5 units of 215kWh storage cabinets. Its modular design suits various scenarios like emergency response, outdoor events, construction, mining, and mobile leasing.

2. 프로젝트 세부 정보

2.1 응용 프로그램

The foldable PV containers can be used for emergency response (disaster recovery, emergency backup power, mobile power needs), outdoor events and temporary power supply (music festivals, camping, construction sites), powering oil and gas extraction and mining operations, as well as mobile leasing, etc.

2.2 설치 용량

본 프로젝트는 10피트(약 3미터) 크기의 46kW급 접이식 태양광 발전 컨테이너 4세트와 215kWh급 에너지 저장 장치 5대로 구성됩니다.

2.3 주요 장비

에너지 저장 캐비닛: IP65 보호 등급을 갖춘 215kWh 용량의 이중 배터리 옥외 캐비닛 5대

접이식 태양광 패널 컨테이너 세트 (1개):

10피트 컨테이너

92 x 500W 태양광 패널

캐스터 세트

견인 장치 1개

결합 상자 1개

설치 액세서리

에너지 저장 장치와 공유되는 인버터

Customer-owned EMS management system

3. 프로젝트 장점

Wide Range of Applications: Photovoltaic folding containers can be used for emergency response (disaster recovery, emergency backup power, mobile power needs), outdoor events and temporary power supply (music festivals, camping, construction sites), power supply for oil and gas extraction, mining operations, and mobile leasing, among others.

Convenient Storage and Installation: Significantly shortens the construction and installation cycle, enabling rapid deployment and substantially reducing labor costs.

Rugged Design: The energy storage cabinets are designed with an IP65 protection rating, providing effective dust and water resistance, and are well-suited for Nigeria’s hot and humid climate.

Fast Delivery and Customization: The project delivery time is 40 days, covering the entire process from design and equipment supply to installation and commissioning in a swift and efficient manner. Customers can customize the system according to their specific needs to ensure it is optimally suited for their application.

Safety and Durability: The system is equipped with high-standard safety protection measures, including multiple safeguards against overvoltage, overcurrent, and overtemperature, ensuring safe operation under various complex conditions. Additionally, the use of high-quality energy storage equipment extends the system’s service life.