Behind the # Hot Search #, let's see how SCIYON safeguards the "Green Electricity Rush"

Recently, the topic # 1 out of every 3 kilowatt-hours is green electricity has made headlines! Data from the National Energy Administration shows that China's energy transition has achieved remarkable results and renewable energy has made a leap forward.

But behind the rush of green power lies a stable and reliable "escort system". Who is safeguarding the safe and efficient operation of "wind, solar and storage"? Today, we will take you to uncover the "green power bodyguards" of SCIYON and see how these "behind-the-scenes heroes" safeguard the development of green power!

The "most powerful brain" shows its power

Green power stations generally have challenges such as strong intermittency, high volatility, and scattered equipment, which pose extremely high demands on the coordination ability and safety stability of the control system.

And this is precisely the stage where the SCIYON NT6000 intelligent control system shines! As the "most powerful brain" that is 100% autonomous and controllable, it deeply integrates advanced algorithms such as dynamic intelligent feedforward and model predictive control to easily achieve one-click start-stop, multi-machine collaboration, rapid load regulation and full-condition safety escort, helping "green power" stations operate more stably, efficiently and intelligently.

In terms of energy storage, NT6000 has been successfully applied to several benchmark projects such as Guoxin Suyan Huai 'an Salt cavern Compressed Air Energy Storage, China Energy Engineering Shandong Tai 'an 350MW Compressed Air Energy Storage Innovation Demonstration Project, and Jiangsu Jintan Salt Cavern Compressed Air Energy Storage Power Generation National Demonstration Project, with a market share far ahead.

In the field of solar thermal power generation, NT6000 has covered a series of major projects, including the world's largest Yumen molten salt "linear Fresnel" solar thermal power station, the 50MW tower solar thermal project in Hami, Xinjiang, and the 100MW tower solar thermal project in Qiketai, Shanshan, Turpan, Xinjiang.

In addition, the NT6000 system is also applied in hydropower, wind power, photovoltaics and other fields, providing all-round guarantee for the stable output of green electricity.

The inspection team is in place

Vast photovoltaic fields, towering wind turbine blades... Behind the green power boom lies the operational and maintenance challenges brought by the huge facilities. Traditional manual inspection is inefficient and risky, and it is difficult to achieve full coverage and early detection of potential hazards.

The AI intelligent inspection solution launched by SCIYON integrates AI technology through smart devices such as drones and robots, achieving automatic inspection and precise fault diagnosis of key facilities such as photovoltaic arrays, wind turbine blades, and step-up/distribution equipment.

The AI intelligent inspection solution can achieve a 10-fold increase in efficiency through intelligent route planning, ensuring equipment and flight safety; AI smart algorithms increase defect recognition accuracy by 40%, and data analysis efficiency exceeds 100 times; The 10-centimeter-level positioning accuracy combined with intelligent navigation can significantly shorten the defect elimination cycle and fully boost the efficient and intelligent operation and maintenance of new energy stations. Currently, the solution has been applied on a large scale in multiple photovoltaic and wind power projects.

"All-in-one Manager" guarantees peace of mind

It's not enough to have stable light and be able to inspect it; green electricity needs to be "well generated" and "well managed". However, green power stations have a wide variety of equipment types, multiple data sources, and inconsistent standards. How to achieve centralized supervision of data, ensure data security, and increase data value has become a practical problem for managers.

The new energy digital asset platform created by SCIYON can be regarded as the "all-round manager" for station operation. The system fully integrates scattered energy data such as wind power and photovoltaic, enables cross-system and cross-platform data exchange and sharing, builds a data asset system with unified dispatching and intelligent analysis, realizes centralized monitoring, collaborative operation and maintenance, and intelligent decision-making of new energy facilities, and significantly improves the operational efficiency and economic benefits of the station. To facilitate the smart upgrade of new energy management from "experience-driven" to "data-driven".

At present, this platform has been applied in multiple new energy projects. Through the in-depth operation of data assets, transform all elements such as equipment, personnel, and processes into a collaborative and optimizable digital system, successfully promote the realization of a new smart operation model of "regional centralized control, regional maintenance, and less human presence" for new energy stations, and fully empower the intensive and intelligent upgrade of stations.

An efficient "energy commander"

The "weather-dependent" nature of green power leads to random fluctuations in its power generation. Not only is it prone to sudden "disconnection", but the harmonic impurities it generates can also impact the stability of the power grid. How to precisely dispatch "green power" from "grid connection" to "grid protection" is the core challenge.

The SCIYON microgrid control system is precisely the "energy commander" addressing this challenge. Through advanced communication technology, it implements centralized and flattened real-time monitoring and digital management of the source, grid, load and storage links, achieving data integration, centralized monitoring and multi-dimensional optimization, strongly supporting the safe, reliable and stable operation of the regional power grid under the high proportion of new energy access.

At present, this technology has been successfully applied to many types of new power system demonstration projects such as land-based/offshore wind-solar-storage, solar thermal storage, solar storage-diesel, wind-solar-hydrogen-ammonia-alcohol, wind-solar-thermal-storage-hydrogen, providing a successful example for promoting the wide application of green energy.

One out of every three kilowatt-hours of electricity is green! Behind this impressive report card lies the silent support of many technology promoters like SCIYON.

In the field of green power, SCIYON, based on its independent industrial Internet platform, has built a complete product system of "cloud, edge and terminal", covering intelligent terminals, microgrid control systems, automation control systems, information systems, smart apps and smart inspection.

In the future, SCIYON will continue to strengthen technological empowerment, seize the opportunities of the energy revolution, inject strong impetus into the intelligent upgrade of the green power industry, assist in building a new power system, and jointly create a zero-carbon future!