Projects
Public Projects
As urban transportation systems continue to expand and modernize, the demand for stability and reliability in power supply is increasingly rising. Transportation infrastructure such as airports, railways, subways, light rail, and highway monitoring systems all rely on substations to provide stable and continuous power support. However, some substations, due to aging equipment, outdated technology, and insufficient capacity, can no longer meet the current system's power demand and pose safety risks. To ensure the normal operation and safety of the transportation system, and improve the stability and efficiency of the power supply, the transportation infrastructure is actively promoting the replacement and upgrading of substations. The new generation of substations will adopt advanced automation monitoring and energy-saving technologies, not only enhancing system stability but also improving maintenance management efficiency, ensuring high-efficiency operation and safety of transportation.
Project Challenges and Pain Points
Overcoming Challenges to Create a High-Efficiency Green Energy System
During the construction period, safety management and the public's daily life should not be disturbed, and the working hours and construction methods are limited. Additionally, the existing power equipment is mostly old and complexly distributed, and during the replacement process, it is necessary to overcome technical difficulties related to equipment compatibility and system integration. Furthermore, public projects are usually budget-constrained, so completing high-quality replacement projects within limited expenses is a major challenge in planning and execution. Moreover, with the promotion of energy-saving and carbon-reduction policies, the replacement plans need to consider environmental protection requirements and energy efficiency, increasing the technical and cost pressure. Lastly, power equipment replacement involves coordination and review by multiple departments, making the process complicated and prone to delays in the construction period.
Solutions
To effectively respond to multiple challenges in the power equipment replacement of public projects, the construction plan must adhere to the core principles of 'safety, efficiency, coordination, and sustainability.' Firstly, to address the issues of restricted working hours and public disturbance, construction can be carried out in sections, at night, or during off-peak hours, combined with pre-assembled and rapid connection technologies to shorten on-site operation time and reduce impacts on surrounding life and traffic. For technical difficulties related to old equipment and system integration, comprehensive assessment and compatibility evaluation should be conducted in advance, and new equipment with support for multiple protocols and modular design should be selected to reduce integration difficulty and future maintenance costs.
Key Advantages
Successful Case Study
Presidential Office - Presidential Office 500KW Generator Set Upgrade Project
Power Generator Replacement Project
