An interview with Dr. Davood Azimi, CEO of Faransouz Yazd Company
Power imbalance is one of the major challenges affecting large industries, particularly the steel industry, with far-reaching consequences. This issue not only has a direct impact on the productivity of production lines and product quality but also influences operational costs, long-term investments, and the health of industrial equipment. In this interview with Mr. Azimi, CEO of Faransouz Yazd, we examine the consequences of power imbalance and explore effective approaches to address it. The goal is to find innovative and practical solutions to maintain production flow and reduce damage to industrial machinery and equipment.
- How can power imbalance affect the productivity of production lines in the steel industry, and what factors cause this issue?
It is evident that power imbalance leads to decreased production and, consequently, reduced productivity. Factories strive to achieve maximum productivity by utilizing full capacity of their production lines, but power imbalance directly opposes this goal. The drop in production and additional fixed costs caused by this imbalance reduce overall productivity. Thermal shocks resulting from frequent power outages significantly shorten the lifespan of refractory products and decrease the quality of steel products. These problems also harm the health of production equipment, all of which significantly contribute to reduced productivity.
- How can power imbalance cause fluctuations in thermal and timing processes in steel production, and how does it affect the final product quality?
Power fluctuations negatively impact almost all steel production furnaces, including melting, preheating, and rolling furnaces. Depending on the type of furnace, these impacts vary, but all result in reduced product quality. The thermal regime of the furnaces, the internal conditions of the furnace, and the products themselves must be continuously monitored. Power fluctuations reduce the precision of these processes and disrupt the final product quality.
- In facing power imbalance, what measures should be taken to optimize energy management and minimize damage to industrial equipment and machinery?
Depending on the type of production lines, a team consisting of production, maintenance, and equipment specialists—especially in the field of electricity—should be formed to provide suggestions to crisis management in order to minimize the effects of power imbalance.
- What are the effects of power imbalance on operational costs and per capita energy consumption in the steel industry, and how can these costs be minimized?
Power imbalance will lead to increased costs. To manage this issue, a specialized committee must provide optimized proposals to the organization’s management.
- In the event of widespread power imbalance, how can frequent power outages be prevented and continuous production ensured?
Authorities must prioritize the uninterrupted power supply to production units and provide the necessary facilities to address these issues.
- What is your analysis of the long-term effects of power imbalance on new investments in the steel industry and other heavy industries?
It is clear that power imbalance leads to reduced investment and shortens the lifespan of existing investments.
- What technological and managerial solutions exist to address the problems caused by power imbalance in large industries, especially steel industries?
As mentioned earlier, depending on the type and condition of the relevant industry, specialized and managerial solutions exist to reduce the effects of power imbalance. The most important actions include strong management in establishing proper committees and structures and utilizing expert recommendations after thorough analysis.
We hope this interview provides a clear picture of the challenges caused by power imbalance and the ways to manage it in the steel industry. Through collective wisdom and modern technologies, the negative effects of this issue can be mitigated and the path toward sustainable development in large industries can be paved. We thank Mr. Azimi for participating in this interview.
