Recently, Luculent successfully won the bid for the MIS/SIS integrated information system of the EPC general contracting project for the conventional island, thermal - storage island, and heating part of the 50MW concentrated solar power (CSP) project in the "Zero - Carbon" Photovoltaic - Storage - Thermal - Power Demonstration Project on the snowy plateau of Ali, initiated by China General Nuclear Power.

This project adopts the technical route of integrating 220MW photovoltaic power with 205MW molten - salt electric heaters for heat collection and exchange. It can simultaneously provide power and heating and increase employment in the Ali region, meeting the basic livelihood needs of the people. Moreover, it can effectively reduce carbon dioxide emissions each year, which is of great significance.
To strengthen project support, the client has joined hands with Luculent to create an integrated management and control "center", providing digital and intelligent support for the entire business processes of power - plant production, management, operation, and decision - making, aiming to achieve the construction goals of "faster response, more accurate prediction, more flexible adjustment, and more economical operation".
On one hand, it promotes full data connectivity. By centrally monitoring the unit's operating conditions and conducting production statistics, it can provide relevant operation - optimization guidance and suggestions, assisting managers in making scientific business decisions. At the same time, it conducts fault diagnosis of major auxiliary equipment and optimizes the economic load distribution of the units, effectively improving equipment reliability, reducing energy costs, and ensuring the safe and efficient operation of production.
On the other hand, it realizes full application integration. It includes functions such as equipment asset management (EAM), production operation management, business management, administrative affairs management, and KKS coding identification, breaking through the barriers between production and management, further optimizing business processes, improving management levels, and enhancing economic benefits.
This system is easy to configure, use, and expand, which will help traditional energy production achieve a higher level of safe, efficient, green, and low - carbon operation.