Photovoltaic Integrated Construction

General Description

• 1.1 Overview

Photovoltaic integrated equipment cabinet is a modular design, with the characteristics of one cabinet with multiple functions, high integration, intelligent management, high adaptability, versatility, environmental protection, durability, energy conservation and other integrated products, which can meet the integration of different equipment.

• 1.2 Design principles

1.2.1 The main principle of the construction scheme design of photovoltaic base stations is to meet the use of different environments and scenarios, and to consider the progressiveness, reliability, sociality and economy of the equipment.

Advanced performance

The overall scheme and performance parameters are advanced; The overall layout is reasonable, the structure is compact, the weight is light, and the overall size is compact; Technical performance parameters meet national standards; The principle and conceptual design are innovative, and the electromechanical integration, intellectualization and informatization level are high.

Good mobility, implement modular design criteria; High degree of serialization, generalization and standardization;

Reliable quality

Good manufacturing quality and beautiful appearance. The structure of parts and components has good processability; The materials are energy-saving materials with good heat insulation performance and strong strength; The quality of hydraulic components and accessories is reliable; Specification for rubber hose and cable layout; The appearance is harmonious and beautiful, the color is bright, the corrosion prevention and painting quality are good, and the quality of welded junction meets the standard.

Operation safety

1. With integrated design, it is easy to operate and maintain, and the equipment can be maintained and replaced on site.
2. It meets the requirements of health, safety and environmental protection, has good social benefits, embodies the concept of "people-oriented", and conforms to the principles of green design: environmental protection, ecological balance, energy conservation, and resource conservation.

Economical and practical

1. It has high comprehensive economic benefits, takes into account reliability, progressiveness and economy, and does not excessively conservative design or advance while ignoring economy;
2. It has good practicability, can operate continuously and stably in high cold, high heat, high humidity and other climatic conditions, improve self-supporting ability, has good feasibility, and can realize unattended;