封面
市場調查報告書
商品編碼
1604128

資料中心基礎設施的最佳化:溫度控管和能源消費的市場規模

Optimizing Data Center Infrastructure: Market Sizing Thermal Management & Energy Consumption

出版日期: | 出版商: ABI Research | 英文 15 Pages | 商品交期: 最快1-2個工作天內

價格
簡介目錄

本報告提供資料中心基礎設施的最佳化的溫度控管趨勢調查,提供資訊中心HVAC系統的用戶數(裝置量)·出貨數·收益的轉變·預測,系統類型·各地區的詳細分析,一般的DC的CAPEX,冷卻負擔,能源消費量,主要供應商的市場佔有率等資訊。

實用的優點:

  • 全球資料中心 (DC) 安裝量、出貨量和 DC 冷卻硬體系統收入的市場預測
  • 預測常見資料中心的資本支出、冷負荷和能耗
  • 預測期間的直流電類型、能源消耗和低碳能源消耗
  • 市場趨勢以及DD業者面臨的主要問題
  • 確定主要參與者的市場佔有率並評估競爭威脅和合作成長機會

重要問題的答案:

  • 直流冷卻解決方案的類型及其優缺點
  • 直流暖通空調市場規模:出貨量、收入、安裝量(2023-2030 年)
  • 暖通空調系統採用率最高且到 2030 年仍有成長潛力的地區
  • 超大型企業的能源消耗/預測期間增加能源需求和冷卻需求的措施
  • 直流型和能耗

研究亮點:

  • 華盛頓 HVAC 系統的裝機量、出貨量和收入:按系統類型和地區劃分
  • 以不同類型劃分的開發中國家數量、能源消耗、再生能源補償
  • 有關 HVAC 硬體連接技術傳播的市場數據和預測
  • 主要公司的市佔率

目錄

表格

表(圖表)

  • 資料中心數量:依地區劃分
  • 資料中心面積:依地區劃分
  • 資料中心冷卻技術的安裝基數和滲透率佔有率:按系統類型劃分
  • 風冷 HVAC 系統的安裝基礎:依類型
  • 已出貨的風冷 HVAC 系統數量:依類型
  • 直流冷卻系統收入:按類型分類
  • 按供應商劃分的直流冷卻市場佔有率:硬體、軟體、專業服務
  • 典型資料中心冷負荷
  • 資料中心的預期資本支出
  • 資料中心能耗預測:按負載
  • 資料中心能源消耗:依地區劃分
  • 預測資料中心能耗和產生的熱量
  • 資料中心總數:依類型
  • 資料中心能源消耗:依類型
  • 配備熱再利用系統的資料中心:依地區劃分
  • 主要資料中心營運商的低碳能源消耗
簡介目錄
Product Code: MD-CSDS-101

Actionable Benefits:

  • Market forecasts of global Data Center (DC) installed base, shipments, and revenue of DC cooling hardware systems.
  • Estimated Capital Expenditure (CAPEX), cooling load, and energy consumption of a typical DC.
  • Types of DCs, energy consumption, and low carbon energy consumed over the forecast period.
  • Market trends and key challenges faced by DD operators.
  • Identify the market share of the top players to evaluate competitive threats and partnership opportunities for growth.

Critical Questions Answered:

  • What are the types of DC cooling solutions, and their advantages and disadvantages?
  • What is the annual DC Heating, Ventilation, and Air Conditioning (HVAC) market size with historical data starting from 2023 and forecasts on shipments, revenue, and installed base through 2030?
  • Which region has adopted the most HVAC systems and where is the growth potential through 2030?
  • How much energy do hyperscalers consume, and how are they coping to meet increased energy demand and cooling demand over the forecast period?
  • What are the types of DCs and how much energy do they consume?

Research Highlights:

  • Assessment of installed base, shipments, and revenue of DC HVAC systems based on system type and region.
  • Number of DCs, energy consumption, and renewable offset of different types of DCs.
  • Market data and forecasts for connectivity technology penetration by HVAC hardware.
  • Market share of the top players.

Who Should Read This?

  • Executive-level decision makers working in the DD industry, responsible for planning a company's strategic objectives for 2025 to 2030 to align a company's strategy with global and regional energy efficiency, cooling, sustainability, and environment goals.
  • Cooling solution providers catering to DD operators to understand the ecosystem, global trends, and challenges.
  • Forward-looking DC operators identifying sustainable solutions, partnerships, and competitor landscape.
  • Innovation leaders across HVAC hardware manufacturers, technology providers, and System Integrators (SIs) entering the DC industry.

TABLE OF CONTENTS

Tables

  • Table 1 Data Centers by Region
  • Table 2 Data Center Area by Region
  • Table 3 Data Center Cooling Technologies Installed Base Penetration Share by System Type
  • Table 4 Air-Cooled HVAC Systems Installed Base by Type
  • Table 5 Air-Cooled HVAC System Shipments by Type
  • Table 6 DC Cooling Systems Revenue by Type
  • Table 7 DC Cooling Market Share Hardware Software and Professional Services by Vendor
  • Table 8 Cooling Load of a Typical Data Center
  • Table 9 Estimated CAPEX for a Data Center
  • Table 10 Projected Energy Consumption of a Data Center by Load
  • Table 11 Energy Consumption of Data Centers by Region
  • Table 12 Projected Energy Consumption and Generated Heat from Data Centers
  • Table 13 Number of Data Centers by Energy Consumption and Type
  • Table 14 Hyperscalers by Region
  • Table 15 Data Centers Connected to Heat Reuse by Region
  • Table 16 Low Carbon Energy Consumed by Top Data Center Operators
  • Table 17 Packaged Units Self Contained Units CRAC Installed Base by Region
  • Table 18 Packaged Unit Self Contained Unit CRAC Shipments by Region
  • Table 19 Packaged Units Self Contained Units CRAC Revenue by Region
  • Table 20 Conventional HVAC Systems Installed Base by Region
  • Table 21 Conventional HVAC System Shipments by Region
  • Table 22 Conventional HVAC Systems Revenue by Region
  • Table 23 VRF HVAC Systems Installed Base by Region
  • Table 24 VRF HVAC System Shipments by Region
  • Table 25 VRF HVAC Systems Revenue by Region
  • Table 26 Multi-Split Type and DX Systems Installed Base by Region
  • Table 27 Multi-Split Type and DX System Shipments by Region
  • Table 28 Multi-Split Type and DX Systems Revenue by Region

Charts

  • Chart 1 Data Centers by Region
  • Chart 2 Data Center Area by Region
  • Chart 3 Data Center Cooling Technologies Installed Base Penetration Share by System Type
  • Chart 4 Air-Cooled HVAC Systems Installed Base by Type
  • Chart 5 Air-Cooled HVAC System Shipments by Type
  • Chart 6 DC Cooling Systems Revenue by Type
  • Chart 7 DC Cooling Market Share Hardware Software and Professional Services by Vendor
  • Chart 8 Cooling Load of a Typical Data Center
  • Chart 9 Estimated CAPEX for a Data Center
  • Chart 10 Projected Energy Consumption of a Data Center by Load
  • Chart 11 Energy Consumption of Data Centers by Region
  • Chart 12 Projected Energy Consumption and Generated Heat from Data Centers
  • Chart 13 Total Number of Data Centers by Type
  • Chart 14 Data Center Energy Consumption by Type
  • Chart 15 Data Centers Connected to Heat Reuse by Region
  • Chart 16 Low Carbon Energy Consumed by Top Data Center Operators