The energy storage industry is developing rapidly, but several major trends hidden in engineering practice deserve high attention. Ignoring these trends may lead to risks such as low efficiency, increased costs, and even safety accidents.
The first trend is the complexity of systems. With the integration of functions and modular design, energy storage systems are becoming increasingly intelligent, but at the same time, the difficulty of commissioning and maintenance has significantly increased. Many companies overlook the operational and maintenance difficulties of complex systems in the early stages of a project, leading to a sharp increase in maintenance costs in the later stages.
The second trend is the excessive pursuit of cost reduction. In an environment of fierce price competition, some companies choose to eliminate component redundancy or simplify safety designs. While this approach may reduce costs in the short term, it increases the risk of accidents in the long term.
The third trend is the lack of uniform standards. There are significant differences between international standards, domestic standards, and local regulations, and enterprises often need to coordinate across standards in the design and procurement processes. Without experience, it is easy to encounter design conflicts or construction non-compliance issues.
The fourth trend is inadequate operation and maintenance capabilities. The long-term stability of energy storage systems relies on scientific monitoring and maintenance strategies. However, many companies only focus on the delivery phase and lack a systematic operation and maintenance plan, resulting in shortened equipment lifespan or decreased performance.
Facing these trends, enterprises capable of providing mature energy storage products, power supply products, and solutions can ensure reliable operation of projects in complex environments. For instance, the product design of Aimes Power fully considers engineering implementation and long-term maintenance, making complex systems easier to manage and effectively controlling project risks.