2026年初，霍尔木兹海峡上空的紧张局势，如同一只突如其来的“黑天鹅”，瞬间推高了全球液化天然气（LNG）的现货价格。与此同时，一场由人工智能（AI）驱动的电力需求“灰犀牛”，正以不可阻挡之势重塑全球能源版图。对于中国的燃气轮机运营商而言，这两股力量交织碰撞，正将行业推向一个前所未有的复杂十字路口：一边是燃料成本急剧攀升的生存压力，另一边是来自新经济形态的庞大需求。

In early 2026, the tense situation over the Strait of Hormuz, like a sudden "black swan", instantly pushed up the spot price of global liquefied natural gas (LNG). At the same time, an "gray rhino" driven by artificial intelligence (AI) in power demand is reshaping the global energy landscape with an unstoppable momentum. For China's gas turbine operators, the interweaving collision of these two forces is pushing the industry to an unprecedentedly complex crossroads: on one side, there is the survival pressure of soaring fuel costs; on the other side, there is the huge demand from new economic forms.

更关键的是，游戏规则已经彻底改变。截至2025年末，中国电力现货市场已基本实现省级电网全覆盖（京津冀尚未进入现货市场结算试运行，所以北京地区燃机电厂除外），因此中国绝大多数燃机电厂已从过去相对稳定的“计划电量、固定电价”模式，被推入了分时电价瞬息万变、全电量竞价的“深水区”。传统的经营手册已然失效，新的生存法则正在形成。

More importantly, the rules of the game have completely changed. By the end of 2025, the China electricity spot market has basically achieved full coverage of provincial power grids (the Beijing area has not yet entered the spot market settlement trial operation, so excluding the thermal power plants in Beijing), thus the vast majority of China's thermal power plants have been pushed from the previously relatively stable "planned electricity, fixed price" model into the "deep water zone" of time-based electricity prices that are constantly changing and full-volume bidding. Traditional operation manuals have become ineffective, and new survival rules are emerging.

AI浪潮与中美政策导向

The AI Wave and the Policy Directions of China and the United States

这股席卷而来的“灰犀牛”并非中国独有，它正在全球范围内引发能源政策的深刻调整。

This "gray rhino" phenomenon sweeping across the world is not unique to China. It is causing profound adjustments to energy policies worldwide.

美国：自建电源的强制令

United States: Mandatory Requirement for Self-Constructed Power Supply

2026年2月，美国总统特朗普宣布了“电费缴纳者保护承诺”政策，要求亚马逊、谷歌、微软等科技巨头为其新建的AI数据中心自建独立电源，不得依赖公共电网。

In February 2026, US President Trump announced the "Electricity Paymenters Protection Commitment" policy, requiring tech giants such as Amazon, Google, and Microsoft to build their own independent power sources for their newly-built AI data centers, and not to rely on the public power grid.

该政策的背后逻辑直指美国电网老化与AI耗电激增的矛盾，试图将新增电力成本明确划归科技公司承担。此举已催生燃气轮机等发电设备的“超级周期”，西门子能源、GE Vernova等巨头的燃气轮机订单已排产至2029—2030年，积压订单创下纪录。然而，该政策也引发了关于成本转嫁、化石燃料依赖和资产闲置风险的广泛争议。

The underlying logic of this policy directly addresses the contradiction between the aging of the US power grid and the sharp increase in power consumption by AI, aiming to clearly assign the additional power costs to technology companies. This move has triggered a "super cycle" in power generation equipment such as gas turbines. Orders for gas turbines from giants like Siemens Energy and GE Vernova have been scheduled until 2029-2030, and the backlog of orders has reached a record high. However, this policy has also sparked widespread controversy regarding cost shifting, reliance on fossil fuels, and the risk of asset idleness.

中国：高比例绿电的刚性约束

China: Rigorous Constraints on High Proportion of Green Electricity

在我国，政策焦点则指向能源的绿色属性。《国家发展改革委办公厅 国家能源局综合司关于2025年可再生能源电力消纳责任权重及有关事项的通知》（发改办能源〔2025〕669号）要求，2025年和2026年国家枢纽节点新建数据中心绿色电力消费比例均为80%；同时，《国家发展改革委等部门关于促进可再生能源绿色电力证书市场高质量发展的意见》（发改能源〔2025〕262号）进一步要求“国家枢纽节点新建数据中心绿色电力消费比例在80%基础上进一步提升”。这意味着相关要求已从自愿鼓励转向刚性约束。为满足这一要求，数据中心运营商可通过购买绿证、参与绿电交易或自建分布式能源等方式实现达标，但也同样面临成本、供电稳定性及技术路径等多重挑战。

In China, the policy focus is on the green attributes of energy. The "Notice on the Consumption Weight of Green Electricity for Renewable Energy in 2025 and Related Matters" (Document No. 669 of the Office of the National Development and Reform Commission and the Comprehensive Department of the National Energy Administration) stipulates that the proportion of green electricity consumption for new data centers in national hub nodes should be 80% in both 2025 and 2026. Additionally, the "Opinions of the National Development and Reform Commission and Other Departments on Promoting the High-Quality Development of the Green Electricity Certificate Market for Renewable Energy" (Document No. 262 of the Energy Department of the National Development and Reform Commission) further requires that "the proportion of green electricity consumption for new data centers in national hub nodes should be further increased from 80%". This indicates that the requirements have shifted from voluntary encouragement to mandatory constraints. To meet this requirement, data center operators can achieve compliance by purchasing green certificates, participating in green electricity transactions, or building distributed energy sources themselves. However, they also face multiple challenges such as costs, power supply stability, and technical paths.

东西方政策的共同启示

Common Insights from Eastern and Western Policies

无论是美国强制“自建”，还是中国强调“绿电”，都凸显了一个核心趋势——AI算力爆发式增长所带来的天量电力需求，正在迫使各国重新审视和重构其电力供应体系。数据中心已从单纯的“用电大户”，转变为影响电力投资、电网规划乃至能源政策的关键力量。

Whether it is the United States' mandatory "self-construction" or China's emphasis on "green electricity", both highlight a core trend - the massive power demand brought about by the explosive growth of AI computing power is forcing countries to re-examine and restructure their power supply systems. Data centers have transformed from mere "electricity consumers" to a key force influencing power investment, grid planning, and even energy policies.

对于中国的燃机运营商而言，这既是挑战，也是机遇。挑战在于燃料成本可能因全球需求激增及主要气源国供给、全球运输能力制约而持续承压；机遇则在于，尽管我国要求数据中心大规模使用绿电，但新能源的间歇性将带来大量调节性需求。作为灵活、可靠的顶峰电源，燃机有可能在保障未来电力系统稳定运行，特别是在支撑高载能且要求供电高度稳定的AI算力基础设施方面，扮演更为重要的角色。

For China's gas turbine operators, this is both a challenge and an opportunity. The challenge lies in the fact that fuel costs may continue to be under pressure due to the surge in global demand, supply constraints from major gas-producing countries, and limitations in global transportation capacity. The opportunity, however, is that although China requires large-scale use of green electricity in data centers, the intermittency of new energy sources will bring about a large amount of regulatory demand. As a flexible and reliable peak power source, gas turbines may play a more important role in ensuring the stable operation of the future power system, especially in supporting AI computing infrastructure with high energy consumption and high requirements for power supply stability.

从“卖电量”到“卖能力”

From "Electricity Sales Volume" to "Electricity Selling Capacity"

在电力市场化改革不断深化的背景下，中国燃机的经营逻辑与收入结构正经历一场深刻的范式转移。其总收入构成的核心框架看似稳定，但每一项收入的内涵、实现方式与经济意义，在进入电力现货市场前后已发生了根本性的演变。

Under the continuous deepening of the power marketization reform, the business logic and income structure of China's gas turbines are undergoing a profound paradigm shift. Although the core framework of their total revenue composition seems stable, the connotation, realization method and economic significance of each income item have undergone fundamental changes before and after entering the power spot market.

从宏观框架看，燃机的总收入始终由四大板块构成：电能量收入、辅助服务收入、容量相关收入、成本补偿收入。这一结构在现货市场覆盖前后保持了形式上的“不变”，系统地刻画了燃机作为同时具备发电、调峰、备用等多重功能的电源，在电力系统中的完整价值谱系。然而，市场的“游戏规则”巨变，使得这四大板块下的每一个细项都发生了变化。其变化的根本原因在于：市场化改革的核心是将过去基于政府定价和行政调度的“计划电”模式，转变为以价格信号为核心、以市场竞争为手段的“市场电”模式。因此，这一变化直接重塑了每一项价值的兑现路径与激励导向。

From a macro perspective, the total revenue of the gas turbine always consists of four main components: electricity revenue, auxiliary service revenue, capacity-related revenue, and cost compensation revenue. This structure has maintained its form "unchanged" before and after the coverage of the spot market, systematically depicting the complete value spectrum of the gas turbine as a power source with multiple functions such as power generation, peak shaving, and backup, in the power system. However, the "rules of the game" of the market have undergone significant changes, causing each detail within these four major components to also undergo changes. The fundamental reason for these changes lies in: The core of marketization reform is to transform the "planned electricity" model based on government pricing and administrative dispatching into a "market electricity" model centered on price signals and relying on market competition. Therefore, this change directly reshapes the realization path and incentive orientation of each value.

电能量收入：从“固定电价”到“价格发现”

Electricity energy revenue: From "fixed price" to "price discovery"

进入现货市场前，收入主要取决于政府核定的上网电价（由于燃机变动成本高，在原仅有中长期市场情况下，缺少竞争力）与上网电量的乘积，价格固定，机组追求的是更高的利用小时数，本质是“跑量”。在现货市场中，电价每时每刻波动。燃机的快速启停、顶峰能力成为其获取高额电能量收入的关键。其收入不再单纯取决于“发了多少电”，更取决于“在什么时候发电”，激励燃机成为“尖峰时段能量供应商”，精准响应系统最为迫切的需求。

Before entering the spot market, revenue mainly depended on the product of the government-approved feed-in tariff (due to the high variable costs of gas turbines, it lacked competitiveness in the original situation where only long-term and medium-term markets existed) and the amount of power fed into the grid. The price was fixed, and the units aimed for higher utilization hours. Essentially, it was about "maximizing output". In the spot market, the electricity price fluctuates every moment. The rapid start-stop of gas turbines and their peak capacity became the key for them to obtain high electricity energy income. Their revenue no longer simply depended on "how much electricity was generated", but rather on "when the electricity was generated", motivating the gas turbines to become "energy suppliers during peak periods", precisely responding to the most urgent needs of the system.

辅助服务收入：从“两个细则”到市场化竞争

Auxiliary service income: From "The Two Rules" to Market-oriented Competition

本轮改革前，辅助服务价值主要通过基于考核的“两个细则”获得补偿（含考核、考核返还、补偿、补偿分摊），标准固定且有限。改革后，各地建立了独立的辅助服务市场，调频、备用、爬坡等成为可竞价的商品。燃机凭借其卓越的调节性能，可以在这些市场中通过竞价获得远超成本的溢价收入。其收入与服务质量（如调频性能、爬坡速率等）和市场需求强度直接挂钩，激励机组不断提升和证明自身的灵活调节能力，从“被动接受调度指令”转向“主动参与服务竞价”。

Before this round of reform, the value of auxiliary services was mainly compensated through the "two rules" based on assessment (including assessment, assessment refund, compensation, and compensation allocation), with fixed and limited standards. After the reform, each region established an independent auxiliary service market, where frequency modulation, backup, and ramp-up capabilities became tradable commodities. Gas turbines, due to their outstanding regulation performance, can obtain premiums far exceeding their costs through bidding in these markets. Their income is directly linked to service quality (such as frequency modulation performance, ramp-up rate, etc.) and the intensity of market demand, motivating the units to continuously improve and prove their flexible regulation capabilities, shifting from "passively accepting dispatch instructions" to "actively participating in service bidding".

容量相关收入：从“缺位”到“基石”，机制日益明晰

Capacity-related revenue: From "absence" to "pillar", the mechanism has become increasingly clear

此前我国长期缺乏独立的容量补偿或容量市场机制，导致燃机作为重要备用电源的固定成本回收困难。2023年发布的1501号文率先建立了煤电容量电价机制，但并未覆盖燃气机组。直至2026年114号文出台，才首次在国家政策层面系统性提出并授权各省建立天然气发电（气电）的容量电价机制。容量补偿/电价机制的建立标志着燃机的容量价值正被显性化、货币化。虽然具体机制仍由省级价格主管部门制定，但这部分与发电量脱钩的容量收入，为燃机提供了稳定的固定成本回收渠道，构成了保障机组生存的收入“基石”。不仅确保了燃机在系统需要时“愿意备用、能够顶上”的经济基础，也为其在新型电力系统中持续发挥灵活调节与清洁顶峰作用提供了关键制度支撑。

Previously, our country had long lacked independent capacity compensation or capacity market mechanisms, which made it difficult for gas turbines to recover their fixed costs as an important backup power source. The 1501 document released in 2023 was the first to establish a coal power capacity price mechanism, but it did not cover gas turbines. It was not until the 2026 114 document was issued that the national policy level systematically proposed and authorized each province to establish a capacity price mechanism for natural gas power generation (gas power). The establishment of the capacity compensation/price mechanism marks that the capacity value of gas turbines is becoming more explicit and monetized. Although the specific mechanism is still formulated by the provincial price authorities, this capacity income, which is decoupled from power generation volume, provides a stable fixed cost recovery channel for gas turbines and constitutes the "foundation" for ensuring the survival of the units. It not only ensures that gas turbines are "willing to stand by and able to take over" when the system needs them, but also provides key institutional support for their continuous role in the new power system as a flexible regulator and clean peak load provider.

成本补偿收入：从“普遍补贴”到“精准对冲”

Cost compensation income: From "general subsidies" to "precise hedging"

现货市场前，存在针对燃料成本等的变动成本补偿，这种补偿是一种相对粗放的补贴，而且在相当多的地区，补偿标准并非全省通用，补偿费用来源主要是地方政府。进入现货市场后，成本补偿机制设计得更为精细化和市场化，核心目标是在燃机燃料价格极端波动情况下，依然保障系统运行安全。

Before entering the spot market, there was a mechanism for compensating for variable costs such as fuel costs. This compensation was a relatively broad form of subsidy, and in many regions, the compensation standards were not uniform across the entire province. The source of the compensation funds was mainly from local governments. After entering the spot market, the cost compensation mechanism was designed to be more refined and market-oriented. The core goal was to ensure the safety of system operation even in the case of extreme fluctuations in fuel prices for gas turbines.

所以主要体现在两方面：一是燃料成本联动，建立气价-成本传导机制，实现市场化的成本对冲；二是启动费用补偿，本质上也属于一种深度调峰补偿，只是由于采用分时电价现货市场连续运行省份，不再单独运营深度调峰市场，因此各现货市场基本都把启动成本补偿设计为市场运营费用中的重要一项费用，确保在新能源占比高的系统中，燃机愿意承担“关键时刻顶得上、平时让得出”的角色，其补偿是对系统必要调节成本的公允支付。

This is mainly reflected in two aspects: Firstly, fuel cost linkage, establishing an gas price - cost transmission mechanism to achieve market-based cost hedging; Secondly, start-up cost compensation, which is essentially a form of deep peak-shaving compensation. However, since provinces with continuous operation of the spot market for time-of-use electricity prices no longer operate the deep peak-shaving market separately, most spot markets have basically designed the start-up cost compensation as an important item of market operation costs, ensuring that in systems with a high proportion of new energy, gas turbines are willing to assume the role of "being able to step in at critical moments and be withdrawn at other times", and the compensation is a fair payment for the necessary regulation costs of the system.

综上所述，燃机进入现货市场后，其总收入构成的四根“支柱”名称未变，但每一项的内涵都已重塑。这场变革的终极导向，是推动燃机乃至整个气电行业成为新型电力系统中不可或缺的“系统服务提供商”，盈利模式也随之从依靠政府定价和固定电量，转变为在现货市场中捕捉价差、在辅助服务市场中竞价、依靠容量电价保底、并通过精准补偿机制对冲风险的“综合竞技”。

In summary, after the gas turbines enter the spot market, the names of the four "pillars" that constitute their total revenue remain unchanged, but the connotations of each item have been redefined. The ultimate goal of this transformation is to make gas turbines and the entire gas power industry become indispensable "system service providers" in the new power system. The profit model has also shifted from relying on government pricing and fixed electricity volume to a "comprehensive competition" model that captures price differences in the spot market, bids in the auxiliary service market, relies on capacity price guarantees, and hedges risks through precise compensation mechanisms.

典型分省规则对比

Typical provincial rule comparison

然而，上述理想化的收入模型，在进入不同省份的具体市场时，会因地方规则的“方言”而产生损益差异。下面仅以广东和山东两个省份为例，简要对比其规则差异。

However, the aforementioned idealized income model will experience profit and loss differences when entering specific markets in different provinces due to the "dialects" of local regulations. Below, we will take Guangdong and Shandong as examples to briefly compare the differences in their regulations.

广东燃机相关规则的核心特征在于建立了清晰的“气电天然气价格传导机制”。该机制按月根据进口LNG和管道气的综合价格，动态调整燃气机组的变动成本补偿标准。当气价高于触发点时，增加的补偿费用由全体工商业用户分摊；反之则由用户分享。

The core feature of the relevant rules for Guangdong Gas Turbine is the establishment of a clear "gas-to-electricity natural gas price transmission mechanism". This mechanism dynamically adjusts the variable cost compensation standards for gas turbines based on the combined price of imported LNG and pipeline gas on a monthly basis. When the gas price exceeds the trigger point, the additional compensation costs are shared by all industrial and commercial users; otherwise, they are shared by the users.

在气价方面，广东2025年结算规则建立广东电力市场天然气采购综合价计算模型，由交易中心按月计算并发布。

In terms of gas prices, in 2025, Guangdong will establish a calculation model for the comprehensive price of natural gas procurement in the Guangdong power market. The trading center will calculate and release this price on a monthly basis.

天然气采购综合价（月度）=L1×管道天然气价格参考值+L2×进口液化天然气价格参考值。L1、L2参照本月管道气、进口液化天然气占广东管道天然气消费量的实际比例设置，每月由政府主管部门提供。

The comprehensive purchase price of natural gas (monthly) = L1 × reference value of pipeline natural gas price + L2 × reference value of imported liquefied natural gas price. L1 and L2 are set according to the actual proportion of pipeline gas and imported liquefied natural gas in the natural gas consumption in Guangdong Province this month, and are provided by the government authorities every month.

管道天然气价格参考值：由西二线管道气价格、海气价格加权计算得出。西二线管道气价格按非采暖季和采暖季分别设置；海气价格取西二线管道气价格扣减一定值Gd得到。

Reference value for pipeline natural gas price: It is calculated by weighting the prices of the West Second Line Pipeline Gas and the offshore gas. The price of the West Second Line Pipeline Gas is set separately for non-heating seasons and heating seasons; the price of offshore gas is obtained by subtracting a certain value Gd from the price of the West Second Line Pipeline Gas.

进口液化天然气价格参考值=(G1×布伦特原油挂钩气价+G2×亨利枢纽挂钩气价+G3×普氏日韩指标价格)/热值单位换算×参考热值×(1+增值税)×税收优惠系数+接收站加工费+管输费。G1、G2、G3分别为挂钩不同指数的进口LNG比例，按非采暖季、采暖季分别设置。

Reference value for the price of imported liquefied natural gas = (G1 × Brent crude oil-linked gas price + G2 × Henry Hub-linked gas price + G3 × Platts Japan-Korea index price) / Heat value unit conversion × Reference heat value × (1 + Value-added Tax) × Tax preference coefficient + Receiving station processing fee + Pipeline transportation fee. G1, G2, and G3 represent the proportions of imported LNG linked to different indices, set separately for non-heating seasons and heating seasons.

山东市场规则构建了一套以“核定成本”为核心的体系。其中核定的变动成本用于市场力检测和机组运行成本补偿等。燃煤机组根据临界状态、工况及装机容量等级核算变动成本，燃机则根据机组类型核算变动成本。在运行成本补偿方面，对报量报价参与现货的燃气机组，其运行成本补偿费用按照机组当日启动成本、空载成本、电能量成本之和与市场收入的差额确定（差额为负不补偿）。费用由未按出清执行的电量、非市场电量及用户侧分摊。

The market rules in Shandong have established a system centered on "determined costs". The determined variable costs are used for market power assessment and compensation of unit operation costs, etc. For coal-fired units, the variable costs are calculated based on the critical state, operating conditions, and installed capacity level. For gas turbines, the variable costs are calculated based on the unit type. In terms of operation cost compensation, for gas turbines participating in spot trading with quoted quotations, the operation cost compensation fee is determined based on the sum of the unit's daily start-up cost, no-load cost, and electricity cost, minus the market income (if the difference is negative, no compensation is given). The fees are borne by the electricity not executed according to the clearing price, non-market electricity, and the user side.

气价方面，山东市场燃气价格每月更新一次。根据中国发电天然气价格指数（CEGI）确定。在山东省专项价格指数发布前，暂根据燃机运行日上海石油天然气交易中心发布的当日山东省LNG出厂价格（如遇周末、节假日采用之前最近一天的价格指数）和LNG气化价格及管道输送价格确定。LNG气化价格及管道输送价格执行政府相关文件。

Regarding the gas prices, the gas prices in the Shandong market are updated monthly. They are determined based on the China Power Generation Natural Gas Price Index (CEGI). Before the release of the special price index for Shandong Province, they are temporarily determined based on the Liquefied Natural Gas (LNG) factory price in Shandong Province released by the Shanghai Petroleum and Natural Gas Exchange on the same day (if it is a weekend or holiday, the price index of the previous closest day will be used) and the LNG gasification price and pipeline transportation price. The LNG gasification price and pipeline transportation price are in accordance with relevant government documents.

综合上述条款，广东和山东的补偿计算方法、参与费用分摊或分享的经营主体范围以及参考气价都存在较大差异。

Based on the above provisions, there are significant differences in the compensation calculation methods, the scope of operating entities involved in cost sharing or distribution, and the reference gas prices between Guangdong and Shandong.

向经营型企业转型

Transition to an operating enterprise model

中国燃机运营商必须完成从“生产型电厂”到“经营型能源企业”的蜕变。

Chinese gas turbine operators must complete the transformation from "production-oriented power plants" to "operational energy enterprises".

精耕区域市场规则：深刻理解并适应不同省份的市场规则“方言”。例如，广东的“强价格传导、高风险共担”模式，考验极致化的交易与风控；山东的“强成本核定、重收益保障”模式，则要求精细化的成本管理。运营商需因地制宜制定策略。

Thoroughly understand and adapt to the market rules of different regions: Deeply comprehend and adapt to the "dialect" of market rules in different provinces. For instance, the "strong price transmission and high risk sharing" model in Guangdong tests the most optimized transactions and risk control; the "strong cost assessment and emphasis on income guarantee" model in Shandong requires meticulous cost management. Operators need to formulate strategies based on local conditions.

强化核心经营能力：构建专业的电力交易团队，提升对短期电价、辅助服务价格的预测与捕捉能力。同时，建立完善的燃料采购与价格风险管理体系，运用金融工具对冲气价波动风险。

Strengthen core operational capabilities: Establish a professional power trading team to enhance the ability to predict and capture short-term electricity prices and ancillary service prices. At the same time, establish a complete fuel procurement and price risk management system, and use financial tools to hedge against the risk of gas price fluctuations.

确保顶峰可靠性：未来的容量收益（尤其是“114号文”指向的“可靠容量补偿”）将与机组在系统最紧张时刻的实际供电能力紧密挂钩。运营商必须加强设备运维管理，确保机组在关键时段“顶得上、稳得住”，将物理可靠性转化为经济收益。

Ensure peak reliability: Future capacity gains (especially the "reliable capacity compensation" as pointed out in "Document No. 114") will be closely linked to the actual power supply capacity of the units during the system's most critical moments. Operators must enhance equipment operation and maintenance management to ensure that the units can "perform well and remain stable" during critical periods, converting physical reliability into economic benefits.

探索价值新维度：积极开拓面向AI数据中心等高品质用电需求的综合能源服务，并前瞻性布局氢能掺烧等低碳技术，提升资产在能源转型中的长期价值。

Exploring new dimensions of value: Actively explore comprehensive energy services catering to high-quality electricity demands such as AI data centers, and proactively lay out low-carbon technologies like hydrogen blending combustion, to enhance the long-term value of assets in the energy transition.

全球AI算力竞赛与能源转型浪潮，正将电力系统推向一场深刻而复杂的系统性变革。中国的燃机运营商正站在传统能源保障与新兴数字基建的交叉点上，燃机运营不再只是简单的成本控制游戏，而是要思考如何重新定义自身在新型电力系统中的战略价值。唯有那些主动拥抱变化、深度参与市场、精准管理风险、并持续锻造顶峰保障能力的运营商，才能将时代的挑战，转化为定义未来的机遇。

The global AI computing power competition and the energy transition wave are pushing the power system into a profound and complex systemic transformation. China's gas turbine operators are standing at the intersection of traditional energy security and emerging digital infrastructure. Gas turbine operation is no longer just a simple cost control game; instead, it requires thinking about how to redefine its strategic value in the new power system. Only those operators who actively embrace changes, deeply participate in the market, precisely manage risks, and continuously enhance peak guarantee capabilities can transform the challenges of the times into opportunities that define the future.