📋 Tender Overview
Recently Hebei Engineering Company received the notice of winning the bid for Section A of the road platform fan foundation and fan box substation grounding project of the CGN Xinjiang Jimunai source-grid-load-storage integration projectThe project plans to have a total installed capacity of 400000 kilowatts of new energy with an estimated annual power generation of 1.16 billion kilowatt-hours an annual power consumption of 2.1 billion kilowatt-hours on the load side and an off-grid power of 940 million kilowatt-hours from the Altay Power Grid. Of the 2.1 billion kWh of electricity consumed in this project 1.5 billion kWh is non-water renewable energy and the non-water renewable energy consumption accounts for 71.4 with an anal tax payment of 91 million yuanThe CGNPC Altay-Jimunai border area source-grid-load-storage integration project is a new combination of power grids newly added power grids and a new type of grid-connected power system vigorously carried out by the country and the autonomous region under the background of promoting high-quality power development and building a new power system with new energy as the main body. A new energy development model for load and energy storage. Based on the principle of prioritizing the use of clean power such as wind power and photovoltaic power generation and with the goal of not increasing the peak-shaving pressure of the power grid it will enhance the stability of power output power achieve efficient and clean utilization of energy improve self-balancing capabilities and reduce the need for large-scale grid peaking and shaving. Capacity reserve requirements. Give full play to the peak-shaving role of energy storage facilities dig deep into the demand-side adjustment capacity and improve the power systems ability to absorb intermittent renewable energy such as wind power and photovoltaic power generation and comprehensive benefits. The project focuses on new power loads is based on new energy sources and is supported by advanced technologies such as energy storage and smart dispatching demand response to achieve a deep integration of source network load and storage.
