Malaysia’s Data Centre Boom Raises Power Investment Risks — Eter News

Enriched Analysis 深度解析

Malaysia’s Data Centre Boom Raises Power Investment Risks马来西亚数据中心热潮增加电力投资风险

Malaysia’s data centre expansion has lifted electricity demand growth to around 10 per cent, well above the 1.5 to 2 per cent previously used for planning. The Energy Commission warned that grid investments typically require 20-year cost recovery, while some operators commit for only five to six years or 15 years, creating uncertainty over infrastructure financing and system expansion.马来西亚数据中心扩张已将电力需求增速推高至约10%，明显高于监管机构过去规划时采用的1.5%至2%。能源委员会警告，电网投资通常需要通过20年回收成本，但部分运营商只承诺五至六年或15年，因此基础设施融资和电力系统扩张面临不确定性。

Eco-Business 7 Oct 2026 2026年10月7日

1010

Current electricity demand growth当前电力需求增速

2020

Typical grid investment recovery period典型电网投资回收期

1818

Potential AI facility operating timeline人工智能设施潜在投运周期

01The Story新闻事实

Malaysia’s data centre expansion has lifted electricity demand growth to around 10 per cent, well above the 1.5 to 2 per cent previously used for planning. The Energy Commission warned that grid investments typically require 20-year cost recovery, while some operators commit for only five to six years or 15 years, creating uncertainty over infrastructure financing and system expansion.马来西亚数据中心扩张已将电力需求增速推高至约10%，明显高于监管机构过去规划时采用的1.5%至2%。能源委员会警告，电网投资通常需要通过20年回收成本，但部分运营商只承诺五至六年或15年，因此基础设施融资和电力系统扩张面临不确定性。

  • Data centres have pushed Malaysia’s electricity demand growth to around 10 per cent, compared with the previous planning range of roughly 1.5 to 2 per cent.数据中心已将马来西亚电力需求增速推高至约10%，而过去的规划区间约为1.5%至2%。
  • Grid investments are typically shared investments recovered over 20 years.电网投资通常是共同投资，并在20年内回收成本。
  • Some data-centre operators commit to electricity demand for 15 years, while some colocation operators commit for only five to six years before reviewing their needs.部分数据中心运营商承诺使用15年的电力需求，而一些托管运营商只承诺五至六年后便重新评估需求。
  • AI-related facilities can potentially become operational within 18 to 24 months, while new power plants can take five years or more to build.人工智能相关设施可能在18至24个月内投入运营，而新电厂建设可能需要五年或更长时间。
  • Malaysia’s CRESS Acceleration Package set the System Access Charge for firm green electricity at 14 sen per kWh, down from 20 sen, and requires a minimum 10-year contract.马来西亚CRESS加速配套将稳定绿色电力的系统接入费定为每千瓦时14仙，低于此前的20仙，并要求至少签订10年合同。

Malaysia must align fast-growing and variable data-centre demand with the longer investment and cost-recovery cycles of power infrastructure.马来西亚必须让快速增长且具有波动性的数据中心需求，与电力基础设施较长的投资和成本回收周期相匹配。

024 Dimensions维度分析

Comparison对比

Demand is accelerating faster than conventional planning需求增速快于传统规划

Electricity demand growth linked to data centres is around 10 per cent, far above the rate regulators had traditionally planned for. This raises pressure to expand generation and grid capacity more quickly.与数据中心相关的电力需求增速约为10%，远高于监管机构过去采用的规划速度，增加了加快发电和电网扩容的压力。

Current electricity demand growth当前电力需求增速

Current当前10 per cent

  • Regulators had previously planned for electricity demand growth of roughly 1.5 to 2 per cent.监管机构过去按约1.5%至2%的电力需求增速进行规划。
Contradiction矛盾之处

Contract duration may not match infrastructure lifetimes合同期限可能与基础设施寿命不匹配

Power-system investments are generally recovered over 20 years, but some operators offer shorter commitments. This creates a risk that infrastructure costs cannot be recovered over the expected investment life.电力系统投资通常在20年内回收，但部分运营商提供的承诺期限更短，这可能导致基础设施成本无法在预期投资周期内收回。

Typical grid investment recovery period典型电网投资回收期

Typical典型情况20 years

Operator commitments运营商承诺15 years

Before review重新评估前5.5 years

  • Some colocation operators review their electricity requirements after five to six years.一些托管运营商在五至六年后重新评估其电力需求。
Cause因果关系

Construction speed creates a timing gap建设速度造成时间差

AI-related facilities may begin operating within 18 to 24 months, while new power plants can take five years or more. The timing gap increases the need for accurate demand profiles and coordinated infrastructure planning.人工智能相关设施可能在18至24个月内开始运营，而新电厂建设可能需要五年或更长时间。这一时间差提高了准确掌握需求曲线和协调基础设施规划的必要性。

Potential AI facility operating timeline人工智能设施潜在投运周期

Minimum stated period所述最短周期18 months

  • New power plants can take five years or more to build amid current supply-chain constraints.在当前供应链限制下，新电厂建设可能需要五年或更长时间。
  • The Energy Commission said electricity demand profiles need to be understood because AI workloads vary across language, graphics and video processing.能源委员会表示，有必要了解不同电力需求曲线，因为人工智能工作负载会因语言、图形和视频处理而异。
Stakeholder impact利益相关方

Renewable procurement needs greater predictability可再生能源采购需要更高可预测性

Data-centre operators support renewable energy and long-term projects but want clearer visibility over total electricity costs and more adaptable contracting. The CRESS package lowered the system access charge but still requires a minimum 10-year contract.数据中心运营商支持可再生能源和长期项目，但希望更清楚地了解电力总成本，并采用更灵活的合同安排。CRESS配套降低了系统接入费，但仍要求至少签订10年合同。

CRESS firm green electricity system access chargeCRESS稳定绿色电力系统接入费

After acceleration package加速配套实施后14 sen per kWh

CRESS Acceleration PackageCRESS加速配套10 years

  • Google said it signs 20-year power purchase agreements with renewable energy projects.Google表示，其与可再生能源项目签署20年期购电协议。
  • AirTrunk said operators may face costs for contracted renewable power that they cannot easily sell back when unused.AirTrunk表示，当签约的可再生电力未被使用时，运营商可能承担相关成本，而且不容易将剩余电力回售给系统。

03Timeline时间线

  1. 2026-10-07 Eco-Business published its report on investment risks for Malaysia’s power system from data-centre expansion.Eco-Business发布有关数据中心扩张给马来西亚电力系统带来投资风险的报道。

Key takeaway核心结论

Malaysia’s power-system challenge is not only generating enough electricity, but ensuring that fast-moving data-centre demand supports the long-term recovery of grid and generation investments.马来西亚电力系统面临的挑战不仅是发出足够电力，还要确保快速变化的数据中心需求能够支持电网和发电投资的长期成本回收。

04What to Watch后续关注

  1. Whether data-centre operators make longer-term electricity commitments that match infrastructure investment horizons.数据中心运营商是否会作出与基础设施投资周期相匹配的长期用电承诺。
  2. How Malaysia adapts CRESS contracts to different data-centre utilisation and renewable-energy needs.马来西亚将如何根据不同数据中心的利用率和可再生能源需求调整CRESS合同安排。
  3. Whether generation and grid projects can be delivered quickly enough to match AI-related facility timelines.发电和电网项目能否足够快速地建设，以匹配人工智能相关设施的投运时间表。
  4. How regulators account for different electricity load profiles across language, graphics and video AI workloads.监管机构将如何纳入语言、图形和视频人工智能工作负载之间不同的用电曲线。

05Uncertainties不确定因素

  • The article does not specify the total additional generation or grid capacity required from data-centre growth.文章没有说明数据中心增长所需新增的发电能力或电网容量总量。
  • It remains unclear how many operators have made five-to-six-year, 15-year or longer commitments.目前尚不清楚有多少运营商作出了五至六年、15年或更长期限的承诺。
  • The article says the existing grid has sufficient overall capacity for greater renewable-energy penetration but does not quantify the bottlenecks in specific locations.文章称现有电网总体上有能力支持更高比例的可再生能源接入，但没有量化具体地点的瓶颈程度。

06Sources信息来源

  1. Data centre boom creates investment risk for Malaysia’s power system | News | Eco-Business | Asia PacificData centre boom creates investment risk for Malaysia’s power system | News | Eco-Business | Asia Pacific Eco-Business · 2026-10-07

Share this analysis 分享此深度分析

X Facebook LinkedIn WhatsApp