Seismic support photovoltaic support Zhao Ruisha

What is a fixed adjustable photovoltaic support structure?

In order to respond to the national goal of “carbon neutralization” and make more rational and effective use of photovoltaic resources, combined with the actual photovoltaic substation project, a fixed adjustable photovoltaic support structure design is designed.

How does energy dissipation technology improve seismic resilience?

Energy dissipation technology enhances seismic resilience by using localized deformation to absorb seismic energy in superstructures, creating what is known as an energy dissipation damping structure.

Can seismic resilience enhancement technology be used in engineering practices?

This paper presents a comprehensive review of the evolutionary strides and achievements in seismic resilience enhancement technology, highlights various technologies' typical engineering applications, and identifies critical areas for future research, thus paving the way for their broad-based implementation in engineering practices. 1. Introduction

How does a seismic device affect a structure?

During minor seismic activities or winds, these devices function alongside the structure, maintaining its elastic state. However, in the face of major earthquakes or strong winds, they absorb a substantial amount of energy, transforming the structure's kinetic or deformation energy into heat, swiftly damping its vibrational response.

How has seismic isolation technology changed over the past century?

6. Typical application cases Over the past century, seismic isolation technology has significantly evolved, with early techniques being phased out in favor of modern rubber isolation technology. The world witnessed its first isolated building in 1984 with the William Clayton Building in New Zealand , utilizing rubber isolation bearings.

Do viscous dampers affect the seismic response of a hybrid isolation system?

Makris and Chang studied the seismic response of the FPB hybrid isolation system with viscous dampers under near-fault earthquakes, and the shaking table tests showed that the addition of viscous dampers could effectively control the displacement of the isolation system, and did not significantly increase the bese shear force.