SPRIXIN: Performing the ＂Dual Carbon＂ Goal with Energy Digitalization

Time：2022-06-14 Source：未知

As a service provider of data applications in the new energy industry, State Power Rixin Technology Co., Ltd. (hereinafter referred to as "SPRIXIN") continuously innovates and creates with energy big data technology to develop and utilize new energy in a digital, efficient, and high-quality way, and to assist in the promotion of standardized application in the digital energy economy. Having served more than 2,000 new energy stations, SPRIXIN is forming a standardized and large-scale application market that provides strong technical support for the digital development of renewable energy, thus boosting the realization of the “Dual Carbon” goal.

Deeply Tapping the Potential of Data to Drive the Efficient Use of Renewable Energy
During the period of rapid development of new energy, the new energy market in various provinces and cities across the country has seen a dramatic expansion in which large-scale wind power and photovoltaic power plants are being connected to the grid for power generation. New challenges have therefore been raised to the power grid's stable operation on how to ensure the balance of power supply in the power grid, given the unstable characteristics of new energy. The solution lies in the technology of power forecasting of high accuracy.

With years of deep study of data technology and its application, SPRIXIN is able to constantly upgrade its various new energy grid-connected products, effectively helping new energy power stations to connect to the grid friendly and generate power stably, finally achieving efficient operation management and reasonable consumption of new power.

The technical core of power forecasting includes technologies like big data, super algorithms, meteorology, etc. In the application of data technology, SPRIXIN not only guarantees the basic functions of power forecasting for traditional new energy power plants, but also extends the power forecasting technology to a centralized direction. The so-called ‘centralized power forecasting’ refers to the cluster forecasting of multi-energy power stations in a particular region. This forecasting technology pays more attention to comprehensive energy, specifically its power generation capacity and the overall control of its power generation plan. The technology can be applied in fields such as comprehensive energy services, multi-energy complementation, and power trading to help energy groups and power grids perform efficient planning, operation, and management of new energy through a digital management center that plans and controls the application of new energy at an elevated and centralized view. Across the country, SPRIXIN has successfully served customers on the power generation side, including a few provincial group companies, and power generation groups such as State Power Investment Corporation, Datang, and Huadian, and on the grid side, provincial and municipal dispatch centers in several areas, facilitating efficient utilization and full consumption of new energy by providing group and grid customers with standardized and digital management tools.

Integrated Development: Digging into Comprehensive Energy Services
The integrated energy system is a joint operation system of multiple energy sources that strengthens the coupling between different energy networks. The complementary substitution between different energy forms can greatly improve the efficiency of energy utilization. Instead of a simple superposition of multiple energy sources, the integrated energy system should make in integral manner various energy supply plans and energy transfer plans based on the complementary coupling characteristics of different energy sources, to reach the coordinated optimization of multiple energy systems.

As the energy structure in China is being continuously optimized for a low-carbon transformation, the energy system evolves iteratively and diversely. In terms of comprehensive energy services, SPRIXIN, taking the technology of power forecasting as the core, and the data collected through years of forecasting as the base, develops according to the needs of power stations, groups, or power grids to plan and applicate new energy various interactive application systems or platforms, including power forecast + power trading, power forecast + group control group adjustment, and power forecast+ energy storage EMS (energy management system), etc. SPRIXIN thus realizes new energy planning, application, and management of different dimensions via data technology, and obtains efficient complementarity and coordinated development of multiple sources of energy. Such combinations of different systems also apply to big-data management platforms of the new energy of group companies, where customers can customize their applications according to their particular application scenarios and requirements, making group management more portable and efficient.

Coordinating the Power Source, Grid, Load and Storage to Build a New Power System
The in-depth integration of digital reform and the energy field has broadened the path of green and low-carbon development. Under the national proposal to build a new power system with new energy as the main body, SPRIXIN, experienced in applicating and serving energy data technology, deeply researches and develops technologies of big data, cloud computing, artificial intelligence, Internet of Things, etc., and offer comprehensive data application products and overall solutions to the source side, grid side, load side and energy storage side of the power system. On the source side, we provide new energy power stations with precise grid-connected power generation, intelligent management of operation and maintenance, coordinated control of energy storage, and supportive system of decision making for new energy power trading. On the grid side, we can assist dispatching in power forecasting, resource assessment, group control/group adjustment, and carrying-capacity assessment of new energy primary stations, so as to achieve rational planning and effective resource utilization of new energy by the power grid. On the load side, we develop a variety of comprehensive energy application service products, such as Virtual Power Plants, cultivating reasonable usage of electricity on the load side to facilitate ancillary services like peak-shaving, thus attaining source-load interaction. On the energy storage side, the intelligent EMS can maximize the earnings of energy storage on the user side, power generation side, and shared energy storage. For the new energy power stations, the EMS enables high storage and high income, and for the power grid, the system simplifies peak-valley regulation and improves power quality.