The Philippines Data Center Market Size, Share, Trends, & Investments By IT Infrastructure, Electrical Infrastructure, Mechanical Infrastructure, Cooling Systems, General Construction, & Tier Standard.

Philippines Data Center Market – Investment Analysis & Growth Opportunities 2026-2031

PHILIPPINES DATA CENTER MARKET SIZE OUTLOOK

The Philippines data center market size was valued at USD 735 million in 2025 and is expected to reach USD 2.48 billion by 2031, growing at a CAGR of 22.50% during the forecast period. The Philippines attracts significant investment in data centers due to rapid digital transformation across industries, growing AI and cloud adoption, and favorable cost structures, including low land and competitive construction costs.

The Philippines is becoming an attractive alternative to more expensive regional markets, strategic location in Southeast Asia, expanding subsea connectivity, and government incentives further encouraging both local and foreign investors to enter the market. Its youthful workforce, expanding energy infrastructure, and strategic position within the APAC network corridor further strengthen its appeal.

In November 2025, major data center operators in the Philippines formed a new industry alliance aimed at strengthening the position of the country as a digital hub in Southeast Asia. The group, called the Data Center Operators of the Philippines (DCPH), was established in response to the growing demand for hyperscale, AI, and next-generation technology infrastructure.

At present, the market lacks the presence of major global cloud operators such as Google, Microsoft, and AWS. However, due to the introduction of data localization rules and policies during the forecast period, these companies are likely to enter the market, which would lead to significant investments. At present, Alibaba Cloud and Huawei Cloud are the only two cloud providers offering services through their dedicated cloud regions in the country.

PHILIPPINES DATA CENTER MARKET INSIGHTS BY AREA

The Philippines data center market size by area is expected to reach 389 thousand sq. ft. by 2031, driven by the expansion of data center infrastructure across key locations, particularly Manila. Manila remains the primary data center hub in the Philippines, accounting for the largest concentration of operational facilities. The city currently hosts around 20 active data centers with a combined white floor area of approximately 662.7 thousand sq. ft. In addition, about five facilities are under construction or planned, which are estimated to add around 929.8 thousand sq. ft. of new white floor area upon completion.

Data center operators such as Digital Halo, ST Telemedia Global Data Centres, and ePLDT, among others, are expected to contribute to the expansion of data center infrastructure, adding around 1,927.2 thousand sq. ft. of area and supporting significant growth in the Philippines data center market during the forecast period.

PHILIPPINES DATA CENTER MARKET INSIGHTS BY POWER CAPACITY

The Philippines data center market size by power capacity is expected to reach 300 MW by 2031, supported by rising investments in data center infrastructure and the availability of power generation and distribution networks. The country’s power sector is managed by a combination of private and government-owned entities. Major power generation players include AboitizPower, San Miguel Corporation, and First Gen Corporation, while the National Grid Corporation of the Philippines (NGCP) manages transmission. Distribution is primarily handled by utilities such as Manila Electric Company (Meralco), particularly across Metro Manila and nearby regions.

The average power cost in the Philippines ranges between $0.12 and $0.14 per kWh as of 2025, which is comparatively higher than in other Southeast Asian countries such as Thailand and Vietnam. Higher electricity costs remain an important consideration for data center operators when evaluating new capacity investments and operating locations.

In March 2025, Evolution Data Centres (EDC) entered into a joint venture with Megawide Construction Corp. to develop a large-scale, carrier-neutral colocation facility in Cavite. The project is planned to provide 69 MW of total IT capacity across a 4-hectare campus, with the first phase expected to deliver around 23 MW. Megawide’s parent group, Citicore, further strengthens the project through its investments in renewable energy, infrastructure, and engineering, supporting the expansion of data center capacity in the Philippines.

Philippines Data Center Landscape at a Glance

1. 28 Existing Third-Party Data Center Facilities Covered
2. 13 Upcoming Facilities Identified
3. Coverage Across 8 Key Cities
4. Existing vs. Upcoming Data Center Area
5. Existing vs. Upcoming IT Load Capacity

Philippines Data Center Colocation Market

1. Colocation Market Revenue & Forecast (2022-2031)
2. Retail & Wholesale Colocation Revenue (2022-2031)
3. Retail & Wholesale Colocation Pricing

KEY TAKEAWAYS

1. IT Infrastructure: The server infrastructure dominates the Philippines data center market with the largest share of 59% in 2025.
2. Electrical Infrastructure: The uninterruptible power supply (UPS) systems accounted for the largest market share in 2025.
3. Mechanical Infrastructure: In 2025, cooling systems dominated the Philippines data center market with the largest share.
4. General Construction: The core & shell development segment accounts for the largest share of around 44% in the Philippines data center market.
5. Tier Standard: Tier III dominates and holds the largest share of the data center market in the Philippines.

RECENT DEVELOPMENTS & NEWS IN THE PHILIPPINES DATA CENTER MARKET

1. In April 2025, the Philippines telco ePLDT launched its first AI-ready hyperscale data center, known as VITRO Sta. Rosa. The facility is designed to support up to 36 MW of IT load, positioning it as the largest data center campus in the country. The data center is likely to be powered by dual utility feeds and a dedicated 60 MW substation.
2. In September 2024, Converge ICT Solutions announced the launch of two new data centers in the Philippines. It has a combined capacity of 1,500 racks, catering to the growing demand for applications from enterprises and residential customers.
3. In March 2025, Converge ICT Solutions announced the launch of its new data center facility, CAX01 (Caloocan Data Center), which will support 300 racks and support its critical business functions.
4. In April 2025, ePLDT announced the opening of its largest data center, VITRO Sta. Rosa, located in Laguna, just outside of Manila. The facility is likely to feature 18 data halls, with each hall supporting 250 rack cabinets. It is designed to be energy-efficient, incorporating the latest innovations in cooling and power redundancy.

PHILIPPINES DATA CENTER MARKET TRENDS

Subsea Cable & Interconnection Growth

Subsea cable and interconnection growth is crucial for the Philippines data center market, as it enhances international bandwidth capacity, reduces latency, and supports the country’s growing digital economy and cloud adoption. Stronger subsea connectivity also improves regional data exchange with major hubs across Asia and the US, making the Philippines an increasingly attractive location for digital infrastructure investments.

The Philippines has around 21 operational submarine cables, including the APCN-2, Asia-America Gateway (AAG) Cable System, Asia Submarine-cable Express (ASE)/Cahaya Malaysia, SEA-US, and others. In addition, six submarine cable projects are under development and are expected to become operational during the forecast period. The expansion of subsea cable infrastructure is expected to strengthen international connectivity and increase the availability of high-capacity network routes.

Improved network connectivity is, in turn, likely to drive demand for additional data centers across the country by enabling broader regional reach, faster data exchange, and lower-latency network performance. This growing connectivity infrastructure is expected to support the expansion of cloud services, digital platforms, and other data-intensive applications, further contributing to the growth of the Philippines data center market.

Sustainability and Green Data Center Investment

The Philippines is pursuing carbon neutrality through its Nationally Determined Contribution (NDC), which targets the reduction and avoidance of greenhouse gas (GHG) emissions by up to 75% by 2030. While part of this target is expected to be achieved through domestic efforts, a significant portion is likely to depend on international support. The country’s strategy covers several key areas, including the expansion of renewable energy, improved waste management to reduce methane emissions, sustainable farming practices, cleaner transportation, and the development of low-carbon industrial processes.

To support these climate goals and attract foreign investment in renewable energy, the Philippine government has introduced several initiatives through the Department of Energy (DOE). These include financial incentives such as income tax holidays, duty-free imports, and 0% Value-Added Tax (VAT), along with non-financial measures such as Renewable Energy (RE) Portfolio Standards and the Green Energy Auction Program. These initiatives are expected to encourage renewable energy development, increase the availability of clean power, and support the country’s transition toward a lower-carbon energy system.

PHILIPPINES DATA CENTER MARKET DRIVERS

Growth in Cloud-based Services and Hyperscale

Cloud-based services are expanding rapidly in the Philippines, driven by increasing digital adoption among enterprises, government agencies, and SMEs seeking to modernize their operations. Improving connectivity and nationwide fiber network expansion are enabling more reliable access to cloud platforms, while the growth of e-commerce, fintech, and remote work is further increasing demand for scalable and flexible cloud infrastructure.

The Philippines market includes major cloud operators such as Huawei Cloud and Alibaba Cloud, which continue to invest in expanding their local infrastructure and cloud capabilities. For instance, in July 2025, Alibaba Cloud announced plans to open its second data center region/cloud availability zone in the Philippines, strengthening local cloud capacity and supporting faster and more secure digital services. Such investments are expected to further drive cloud adoption and data center demand across the country.

AI & ML Workloads

AI and ML adoption is increasing across the Philippines, particularly in sectors such as fintech, e-commerce, healthcare, and BPO automation. As enterprises increasingly deploy AI-driven analytics, automation, and other data-intensive applications, the demand for high-performance computing (HPC), low-latency data processing, and scalable digital infrastructure is also rising. This is driving the need for secure, reliable cloud and colocation facilities capable of supporting growing AI and ML workloads.

In October 2025, Equinix began operations in the Philippines and launched its Equinix Fabric platform, providing secure, high-speed interconnection to major cloud, network, and AI service providers. Following its acquisition of three data centers in Manila, the launch strengthens Equinix’s presence in the country and supports the growing digital infrastructure requirements of enterprises and service providers.

During the forecast period, the increasing deployment of AI and ML workloads is expected to drive demand for scalable, high-density data center infrastructure. Strengthening network capacity, power resilience, and cloud connectivity will be essential to support these workloads and enable the Philippines to fully capitalize on the growth of AI and ML applications.

RESTRAINTS IN THE PHILIPPINES DATA CENTER MARKET

Power Availability & Grid Reliability

Power and network availability are key factors in selecting sites for data center construction. In the Philippines, the challenges related to power and network availability are considered moderate.

Frequent weather events, aging transmission links, and localized congestion can cause outages or constrained dispatch, meaning operators must design for redundancy (dual feeds, on-site UPS/Gensets) and factor in longer lead times to connect to high-capacity substations. These network constraints increase capex and operational complexity for hyperscale builds.

Outages are mainly caused by equipment damage or natural disasters. In some cases, they can also stem from human errors, such as improper handling of equipment and inadequate maintenance of data center systems, such as cooling units, UPS, generators, and others.

In June 2024, Manila Electric Company (Meralco) reported that approximately two million residents in Luzon experienced power outages due to a supply shortage.

PHILIPPINES DATA CENTER MARKET SEGMENTATION INSIGHTS

INSIGHTS BY IT INFRASTRUCTURE

The Philippines data center market by IT infrastructure is segmented into servers, storage systems, and network infrastructure. The server infrastructure segment accounted for the largest market share of around 59% in 2025, supported by the growing adoption of cloud computing, IoT, Big Data, and AI across the Philippines. As organizations increasingly deploy data-intensive applications and workloads, the demand for high-performance computing (HPC) and advanced server infrastructure continues to rise.

The increasing adoption of cloud services is further contributing to demand for server infrastructure. Sectors such as banking and healthcare are steadily shifting workloads to cloud platforms provided by operators such as Google, AWS, and Alibaba, which rely extensively on OCP-scale infrastructure to support large-scale and flexible computing requirements. This trend is expected to sustain demand for advanced server infrastructure during the forecast period.

INSIGHTS BY ELECTRICAL INFRASTRUCTURE

The uninterruptible power supply (UPS) segment accounted for the largest share of the electrical infrastructure in the Philippines data center market, driven by the need for reliable and continuous power supply. UPS systems are categorized by topology into standby, line-interactive, and double-conversion systems, while battery configurations include VRLA, lithium-ion (Li-ion), and flywheel-based systems.

Data center operators in the Philippines are increasingly transitioning from traditional VRLA batteries to Li-ion battery systems due to their higher efficiency, reliability, longer service life, and smaller footprint. For instance, A-FLOW’s ML1 data center campus is equipped with an N+1 hot-swappable UPS system supported by Li-ion battery banks that provide 10 minutes of backup at full load.

The growing emphasis on power reliability is also driving the adoption of redundant UPS configurations. Data centers in the Philippines are deploying N+1 redundancy, with flexible 2N configurations available based on specific client requirements. These configurations help minimize power interruptions and improve the overall resilience of critical data center operations.

INSIGHTS BY MECHANICAL INFRASTRUCTURE

The cooling systems segment dominates and holds the largest share of the mechanical infrastructure in the Philippines data center market. These systems are installed to manage the heat generated by IT infrastructure and use both air- and water-based cooling methods. Commonly used cooling infrastructure includes CRACs, CRAHs, chillers, cooling towers, condensers and dry coolers, economizers, evaporative coolers, and other cooling units.

Data centers in the Philippines are mostly equipped with N+1 redundancy in their cooling systems to ensure reliable cooling operations. As demand for data center construction grows, it is likely to drive the development and deployment of cooling towers and CRAH units across facilities.

In the future, the demand for liquid cooling is expected to increase due to the rise in rack power density and the growing adoption of high-performance computing and AI workloads.

INSIGHTS BY GENERAL CONSTRUCTION

Based on general construction, the core & shell development segment dominates the Philippines data center market, accounting for around 44% share. This includes costs associated with the development of data center buildings, irrespective of their size and location. The segment also covers lift installation, sanitary fittings, disposal systems, water installation, site preparation, and core & shell development activities.

The Philippines data center market is dominated by greenfield construction, which provides greater flexibility in facility configuration, installation, and design. This approach allows operators to develop data centers based on specific infrastructure and capacity requirements.

In September 2024, the topping-off ceremony of the ML1 campus was held, marking a key construction milestone. Monocrete’s President stated that the milestone reflected the shared success of Monocrete and A-FLOW in advancing the Philippines’ digital infrastructure.

INSIGHTS BY TIER STANDARD

Based on tier standards, Tier III dominates and holds the largest share of the data center market in the Philippines, supported by the growing demand for reliable and resilient data center infrastructure.

According to the Uptime Institute, around three facilities have received Tier III certification, while several others are in the design phase. These include data centers developed by Converge ICT Solutions, DITO Telecommunity Corporation, and STT GDC Philippines, reflecting the continued adoption of Tier III standards in the country.

Most data centers in the Philippines are designed and operated as Tier III facilities, with a minimum N+1 redundancy across critical infrastructure to support higher availability and minimize the risk of service disruptions.

PHILIPPINES DATA CENTER MARKET VENDOR LANDSCAPE

In the current landscape of colocation investors, several established companies play a significant role. Notable players include ePLDT, Converge ICT Solutions, Digital Edge, Global Telecom and ST Telemedia Global Data Centres, among others.

Companies such as A-FLOW, Beeinfotech PH, and Digital Halo are emerging in the country, reflecting a growing demand for data center services and innovative colocation solutions. This dynamic environment is fostering competition and promoting advancements in technology and customer offerings.

In addition, global colocation operators like Equinix are entering the market by acquiring three data center facilities from Total Information Management (TIM) for approximately $180 million.

The cloud market in the Philippines is expected to continue experiencing significant growth in the future. Global cloud providers such as Alibaba Cloud and Huawei Cloud continue to expand their presence.

For instance, in July 2025, Alibaba Cloud announced it would open its second data center region/ cloud availability zone in the Philippines, enhancing the cloud capacity and support of the country for faster, more secure digital services.

EXISTING VS. UPCOMING DATA CENTERS

1. Existing Facilities in the region (Area and Power Capacity)
2. Manila
3. Other Cities
4. List of Upcoming Facilities in the region (Area and Power Capacity)
5. Manila
6. Other Cities

REPORT COVERAGE:

This report analyses the Philippines data center market share. It elaboratively analyses the existing and upcoming facilities and investments in IT, electrical, mechanical infrastructure, cooling systems, general construction, and tier standards. It discusses market sizing and investment estimation for different segments. The segmentation includes:

1. IT Infrastructure
2. Server Infrastructure
3. Storage Infrastructure
4. Network Infrastructure
5. Electrical Infrastructure
6. UPS Systems
7. Generators
8. Switches & Switchgears
9. PDUs
10. Other Electrical Infrastructure
11. Mechanical Infrastructure
12. Cooling Systems
13. Rack Cabinets
14. Other Mechanical Infrastructure
15. Cooling Systems
16. CRAC and CRAH
17. Chillers
18. Cooling Towers, Condensers and Dry Coolers
19. Other Cooling Units
20. General Construction
21. Core & Shell Development
22. Installation & commissioning Services
23. Building & Engineering Design
24. Fire Detection & Suppression Systems
25. Physical Security
26. Data Center Infrastructure Management (DCIM)
27. Tier Standard
28. Tier I & Tier II
29. Tier III
30. Tier IV

DATA CENTER PROVIDERS/INVESTORS IN PHILIPPINES

1. IT INFRASTRUCTURE PROVIDERS: Atos, Broadcom, Cisco, Dell Technologies, Fujitsu, Hewlett Packard Enterprise, Huawei Technologies, IBM, Lenovo, NetApp, Nokia, NVIDIA and Oracle
2. DATA CENTER CONSTRUCTION CONTRACTORS & SUB-CONTRACTORS: Arup, Aurecon, Comfac, Data Center Design Corporation (DCDC), Design Coordinates, Endec Group, First Balfour, Gensler, JSLA Architects, Leighton Asia (CIMIC Group), Mace, Megawide Construction Corporation, Meinhardt Group, Monocrete, PRONET, Red Engineering Design, Syska Hennessy Group and Thornton Tomasetti
3. SUPPORT INFRASTRUCTURE PROVIDERS: ABB, Caterpillar, Cummins, Cyber Power Systems, Eaton, Fuji Electric, Kohler, Legrand, Mitsubishi Electric, Rolls Royce, Schneider Electric, Vertiv and ZTE.
4. DATA CENTER INVESTORS: Alibaba Cloud, Converge ICT Solutions, Digital Edge, DITO Telecommunity, ePLDT, ST Telemedia Global Data Centres.
5. NEW ENTRANTS: A-FLOW, Beeinfotech PH, Digital Halo, Diode Ventures, EdgeConneX, Equinix and YCO Cloud

MARKET DEFINITIONS

1. Investment — total capital deployed across IT, electrical, mechanical, and general construction infrastructure for a data center facility, measured in USD.
2. Area (White Floor Space) — the usable raised-floor area allocated to IT equipment within a facility, measured in square feet.
3. Power Capacity — the total IT load a facility is designed to support, measured in megawatts (MW).
4. Tier Standard — the Uptime Institute classification (Tier I–IV) describing a facility's redundancy and fault tolerance.
5. Colocation Type — retail colocation serves tenants requiring smaller rack or cage footprints; wholesale colocation serves tenants leasing dedicated suites or halls.

RESEARCH METHODOLOGY

1. Primary Research: Interviews/interactions with data center developers, colocation providers, contractors, system integrators, and infrastructure providers.
2. Secondary Research: Analysis of annual reports, financial filings, press releases, data sheets, white papers, industry blogs, and tender documents.
3. Historical Period: 2022–2024
4. Base Year: 2025
5. Forecast Period: 2026–2031
6. Approach: Market data is validated using primary industry inputs and secondary sources, with 2025 representing actual values and 2026–2031 representing forecast estimates.