With the acceleration of industrialization in a certain overseas region and the centralized implementation of renewable energy projects, the existing power grid is facing pain points such as power supply capacity bottlenecks, difficulties in new energy consumption, and low operation and maintenance efficiency, and it is urgent to build a smart grid that adapts to the coordinated power supply of "traditional energy + new energy" to support regional economic growth and energy transformation strategies.
• Combined with regional load forecasting, energy distribution (photovoltaic/wind power/traditional power source), and geographical environment, customized substation networking (multi-voltage level coverage) and transmission network topology scheme to reserve space for expansion in the next 10 years.
• Integrate smart grid technologies (such as distributed regulation and condition monitoring) to solve potential problems such as "stability of new energy grid connection" and "cross-regional power dispatching" in advance.
• One-stop delivery of high-voltage substations (modular construction, shortened construction period), transmission lines (overhead/cable composite solutions, adapted to complex terrain), and supporting ancillary facilities.
• Strictly follow local environmental protection, safety, and energy efficiency standards, balancing project costs with long-term operating value.
• Improve the reliability of power supply (reduce the power outage rate) and the ability to absorb new energy (improve the threshold of the abandonment rate) through the optimization of reactive power compensation and the deployment of intelligent operation and maintenance platforms.
• Build a "remote monitoring + local response" operation and maintenance system to reduce labor costs in the later stage.
• Energy resilience: Open up the "traditional power supply guarantee + new energy mainline" power supply channel to ensure the continuous and stable power consumption of industrial clusters and people's livelihood.
• Green Transformation: Help the region achieve the "renewable energy share target" and meet the international trend of low-carbon energy.
• Cost controllable: Through scheme coordination (equipment selection, construction intensification), the cost reduction of the whole life cycle investment is achieved by 15% - 20% (compared with decentralized construction).
• Technical adaptability: accumulate experience in the construction of multi-climate zones (deserts, mountains) and complex geological power grids, and overcome technical difficulties such as "high-altitude power transmission and extreme temperature difference equipment adaptation".
• Resource synergy: Cooperate with local design institutes, construction parties, and regulatory agencies to achieve the triple guarantee of compliance, localized procurement, and construction efficiency.
• Experience reuse: Learn from the logic of domestic smart grid construction, quickly copy the mature solution of "new energy grid connection, multi-energy complementarity", and shorten the project cycle.
