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Since this year, the exhibitions, summits and seminars related to power have been more than 100, and in addition to the popular “Notice on Deepening the Market Transformation of New Powers and Promoting the High-Quality Development of New Powers” (Issuance and Reform No. 136 [2025]) has brought an overwhelming impact on the market, the most popular thing is the impact of the Spanish power shutdown on the market. After all, this is a large power shutdown caught off guard in the high-tech ratio scenario in human history.
(Source: Telecom New Media Author: Liao Yu Manila escort Cao Bin)
The impact of Spain’s large power shutdown on the power market and the development of virtual power plants (VPP) is profound and complex. From a general perspective, Spain’s high temperature crisis and lack of contact line capacity have not maintained the two “lifelines” of voltage and frequency in the event of unpredictable system problems, forming a Escort‘s shutdown of tens of millions of loads and a power shutdown of more than half of the land area. But in fact, the real change is pointed to the error of the “technical sensibility” of the power system – a technical sensibility based on effectiveness-first and simple molds, which is pushing the complex power network to a cowardly edge.
Volume power plant development faces multiple obstacles
In the field of philosophy, “sensibility” is a focus concept that travels through the past and present, and rebuilds the connotation. Since the modern industrial reaction, the high integration of sensibility and technology has given birth to “technical sensibility”, which seeks the greatest effect and speed. The development of technological sensibility brings great production power, but also a series of in-depth ethical problems. Technical perceptual criticism is the main content of Eastern Marxist theory criticism. It forms a series of rich theoretical results through in-depth criticism of the generalization of technical perceptuality and its social consequences.
The history of science and technology has proved that it is precisely because people have always had their own understanding limitations, which has caused some advanced technologies to suffer ups and downs in the promotion. In the end, they were accepted in the slowest way. Virtual power plants obviously also have difficulty escape this law. Now, the development of virtual power plants has also been penetrated into the mud pond of “technical sensibility”.
The generation of virtual power plants is a must in the process of power conversion and deepening development of the power market: at the supply end, Sugar daddyThe large number of various new and distributed power equipment and power equipment are used to generate electricity online, bringing new challenges to network regulation and safety; at the load end, the combined electric heat and cold forces are converted and coupled to each other, and the flexible charging and discharging of electric vehicles and household energy-energized energy, as well as the controllable burdenManila escortThe optimized governance and energy use of Dutch equipment provide new space for the optimized operation of the Internet and the development of the regional power market. These small-scale, evacuated and diverse spiritual activity units require a variety of energy including connection, integration, coordination and governance, which represents direct participation in the Internet operation and power market buying and selling, and optimized resource designSugar babyThe assembly unit of economic benefits of distributed power supply is a gathering unit for the large-scale benefits of distributed power.
When power is shut down in Spain, 20% of the unstopped load is kept by the optical charging micronet and various parks. After the change, the Spanish authorities changed their course and planned to aggregate 15GW of distributed resources (including home energy storage and rooftops) through virtual power plants by 2030 Babyvoltage, electric car charging, etc.), compared to 18% of the current peak load in Spain. Indeed, the large shutdown has suddenly gained attention on the cognitive level, but the current rules of the Spanish power market are still in Using the traditional “centralized power plant” logic, multiple obstacles are set up for virtual power plants:
The entry point is high: virtual power plants need to obtain a “power distribution license” before they can participate in the wholesale market, and the authorized application cost (Sugar baby contains technical certification and stability, which is very praised by him. Certificate) is difficult for small and medium-sized aggregators. Today, only 12 virtual power manufacturers in Spain have obtained the qualifications, and most of them are still in the trial stage.
Discovery mechanism does not match: The focus value of virtual power plants lies in “Escort minute-level” or even second-level response, but the design of the Spanish real-time market (payment at 15 minutes) and assisted service markets (such as modulation services) are still based on traditional machine systems and fail to adequately respond to distributed resources<a href="https://philiEscort manila‘s flexibility overpriced. For example, households’ quick millisecond-level quick response capabilities failed to receive additional compensation in the existing market, which was similar to traditional air-fueling units, and restrained their participation.
The game between data and power: the virtual power plant needs to connect to users’ power data (such as Sugar babyPhotovoltaic output, energy-absorbing battery charge state SOC), but the Spanish “Personal Data Protection Act” restricts user privacy, making it difficult for aggregators to obtain high-precision data; at the same time, the failure of traditional power companies to distribute networks also limits the actual perception of virtual power plants on some network states.
Multiple parties cooperate to break the development dilemma
Volume power plants are essentially centralized governance of evacuated resources, and have not solved the problem of systematic underestimation of the “side-side pricing” of the active value. If the market mechanism still only rewards the resources that “stable output”Sugar daddy, distributed resources aggregated by virtual power plants will eventually become “high-level backup”, href=”https://philippines-sugar.net/”>Sugar daddy rather than a true meaning of system imperative.
This has also become a common point in many forums: almost all experts have emphasized the need for the pricing mechanism of the flexibly active resource tree. The demand for power systems has shifted from “efficiency first” to the paradigm of “efficiency first”. The so-called “resolution” is not about seeking absolute stability, which is no longer possible in the era of renewable forces’ guidance, but is a shady To achieve this, we need to achieve the ability of “receiving shocks, recovering quickly, and self-evolving”, we need to achieve this, and we need a combination of market design, technical innovation and mechanical transformation.
First, market mechanism demand is defined as “value”. In addition to the traditional “power-growing cost”, the market should establish an evaluation system of “flexible service value” and include flexibility, reliability, and environmental benefits into a fixed price system. For example, the “capacity Sugar babyCapacity Market no longer only compensates for “power generation”, but pays for “available capacity”, which can stimulate active resources (including virtual power picking up locations and conditions, etc.. Germany’s “Dynamic Tariff” allows users to adjust the power price based on actual supply and demand, and directly activate demand response potential.
Secondly, virtual power manufacturers need Sugar baby‘s “towards the middle” of the remedial innovation. It is better to build a “platform” distributed resource market than to implement direct purchase and sale of users and resources through district link technology, or to establish a community microgrid autonomous mechanism. For example, Denmark’s Energy Community allows users to share distributed resources locally, which not only reduces transmission consumption but also reduces the community’s ability to shut down power. This “bottom-up” form may be more specific than the “top-down” aggregation of traditional virtual power plants.
Third, system design needs acknowledge “inconclusiveness”. The traditional power system is based on the planning logic of “Historical Data Forecasting the Future” and has fallen out of effect under the dual impact of climate change and power transformation. Future power systems should adopt “adaptive planning” to reserve sufficient “strategic redundancy”, TC:
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