Batam is strengthening its position as one of Indonesia’s most important industrial, logistics, and digital investment destinations.
According to BP Batam, total investment realised in Batam during 2025 reached approximately Rp69.30 trillion, exceeding the annual target of Rp60 trillion. During the first quarter of 2026, investment reached approximately Rp17.4 trillion, representing growth of 102.85% compared with the same period in the previous year. Batam’s economy also recorded growth of 6.76% in 2025.
One of the main drivers behind this momentum is the rapid expansion of the digital infrastructure sector.
In a commentary published by ANTARA on 24 July 2026, BP Batam’s Deputy for Investment, Fary Djemy Francis, stated that Batam had 16 data centre projects at different stages of development:
- Two data centres were already operating;
- Five projects were under construction;
- Three projects were preparing for construction; and
- Six projects were under negotiation.
The combined investment value of these projects was reported to exceed US$20 billion, involving companies such as DayOne, Equator Gate System Batam, Altiva DC, BW Digital, and NeutraDC Nxera.
Data centres can create significant economic value beyond the facilities themselves. Their presence can support the development of artificial intelligence, cloud computing, cybersecurity, fibre-optic networks, telecommunications, professional services, advanced manufacturing, and digital talent.
However, these projects also require substantial and reliable supplies of electricity and water. This creates an important policy question: can Batam accommodate rapid industrial growth without reducing utility reliability for households and existing businesses?
What Does “Utility First, Investment Follows” Mean?
The “Utility First, Investment Follows” concept places utility readiness at the beginning of the investment planning process.
Under the proposed approach, a major project should not proceed based only on available land, investment value, and licensing eligibility. The investor and relevant authorities must first determine whether the required electricity, water, transmission, distribution, and supporting infrastructure can be provided reliably.
The commentary proposes that every large data centre investor should bring a Utility Investment Package as part of its investment commitment.
This package could include contributions to:
- Electricity generation capacity;
- Substations and transmission infrastructure;
- Electricity distribution networks;
- Sea Water Reverse Osmosis or SWRO facilities;
- Water recycling and reuse systems;
- Digital and fibre-optic connectivity; and
- Other project-specific infrastructure.
The objective is to ensure that each major project creates additional utility capacity instead of consuming a disproportionate share of the capacity already serving Batam’s residents and existing industries.
In practical terms, reservoir water could remain prioritised for households and public services, while highly water-intensive industries may increasingly be expected to use desalination, recycled water, or other alternative sources.
For electricity, every significant increase in industrial demand would need to be matched by additional generation, transmission, substations, and distribution capacity.
Why Electricity Has Become a Critical Investment Issue
The ANTARA commentary estimated Batam’s existing power generation capacity at approximately 930 megawatts, with peak demand already reaching around 770 megawatts.
Meanwhile, the combined electricity requirements of Batam’s proposed data centre projects could eventually reach between 1 and 2 gigawatts. If these projections materialise, the future electricity demand from the data centre industry alone could exceed Batam’s currently available generation capacity.
Recent electricity agreements demonstrate the scale of the challenge.
In April 2026, PLN Batam and DayOne signed a power purchase agreement with a capacity of 511 MVA, equivalent to approximately 450 MW. The electricity is intended to support the phased development of DayOne’s data centre at Kabil Industrial Tech Park during 2026 and 2027.
A 450 MW commitment for one data centre development represents more than half of the 770 MW peak load cited for Batam’s existing electricity system.
Separately, PLN Batam and Dalle Energy Batam signed an electricity purchase agreement in July 2026 for the Batam 3 and Batam 4 combined-cycle gas power plant projects. Each project is planned to provide 150 MW, giving a combined capacity of 300 MW.
These projects indicate that electricity infrastructure is expanding. However, investors should distinguish between:
- Existing and operational electricity capacity;
- Contracted capacity;
- Generation projects under development; and
- Future potential capacity that has not yet entered commercial operation.
A project announcement or signed agreement does not necessarily mean that the electricity is immediately available at the investor’s site.
Project developers must therefore verify the energisation timeline, network connection, substation capacity, redundancy, power quality, tariff arrangement, and contractual service level before making final construction or operation commitments.
Batam’s Water Supply Requires Equal Attention
Water availability may be an even more sensitive issue for future data centre and industrial development.
The ANTARA commentary stated that Batam’s water production capacity was approximately 301,000 cubic metres per day. Estimated water requirements for the data centre industry could range from approximately 20,000 to 50,000 cubic metres per day, depending on the scale of the facilities and the cooling technologies used.
At the upper end of that estimate, data centre requirements could account for approximately 16.6% of the stated daily production capacity.
Existing distribution conditions must also be considered. In March 2026, BP Batam stated that it was addressing 18 water stress areas experiencing pressure or distribution problems.
BP Batam and PT Air Batam Hilir discussed increasing supply capacity, with total available capacity expected to move from approximately 4,429 litres per second to 4,710 litres per second. The authority also identified pipeline reinforcement, new distribution infrastructure, and the implementation of a SCADA system for real-time network monitoring as part of its improvement programme.
These figures show that water planning is not limited to total production capacity. Investors must also examine:
- Whether sufficient capacity is available at the specific project location;
- Whether the distribution network can provide the required pressure and volume;
- Whether residential supply would be affected;
- Whether alternative water sources are required;
- Whether water treatment and reuse systems are feasible; and
- Whether environmental approval is required for intake and discharge activities.
This explains why BP Batam’s proposed paradigm places SWRO and water-reuse systems at the centre of future industrial planning.
Is a Utility Investment Package Already a Mandatory Regulation?
This distinction is important for investors.
The “Utility First, Investment Follows” concept was presented in an ANTARA article categorised as a commentary or telaah and written by BP Batam’s Deputy for Investment. The article describes the approach as a new investment paradigm and proposes that data centre investors should bring a Utility Investment Package.
Based on the publicly available material reviewed for this article, the concept should not yet be treated as a separate, universally applicable licensing regulation under the specific title “Utility Investment Package.”
BP Batam’s PTSP states that licensing services in Batam are currently administered through systems including OSS and I-BOSS, with its licensing framework referring to risk-based business licensing and the regulatory framework for Free Trade Zones and Free Ports.
Therefore, the utility package concept is best understood at this stage as:
- A strategic direction for future investment management;
- A potential basis for project-specific commitments;
- A consideration in land allocation and infrastructure negotiations;
- A possible component of utility supply agreements; and
- An issue that may later be formalised through technical guidelines or regulations.
This does not mean investors should wait until a formal rule is issued.
For electricity- and water-intensive businesses, utility commitments may already arise through power purchase agreements, water supply agreements, environmental approvals, industrial estate requirements, land allocation terms, or negotiations with BP Batam and utility providers.
Investors should verify the requirements applicable to their specific location, business classification, project scale, and development agreement.
What the New Paradigm Means for Investors
The proposed approach changes the sequence of investment preparation.
Previously, an investor may have focused first on establishing an Indonesian entity, obtaining land, registering its business activities, and applying for operational licences. Utility connections were sometimes addressed later in the project.
For major industrial and digital infrastructure developments, that sequence may no longer be sufficient.
1. Utility due diligence must begin before land commitment
A suitable industrial plot does not automatically guarantee sufficient electricity and water.
Before signing a land allocation, lease, or acquisition agreement, investors should confirm:
- Available electrical capacity;
- Distance to the nearest substation;
- Required network upgrades;
- Water availability and pressure;
- Fibre-optic connectivity;
- Infrastructure construction schedules; and
- Responsibility for connection costs.
2. Project timelines must be aligned with infrastructure delivery
Construction completion does not guarantee operational readiness.
If a power plant, substation, transmission line, SWRO facility, or water pipeline is delayed, the investor may be unable to begin commercial operations even when the main facility is complete.
Utility agreements should therefore contain clear milestones, technical specifications, responsibilities, and delivery schedules.
3. Sustainability will influence investment competitiveness
Global data centre developers and multinational companies increasingly evaluate not only whether electricity is available, but also how it is generated.
Batam’s future competitiveness may depend on its ability to combine reliable generation with renewable energy, efficient cooling, water recycling, and measurable environmental performance.
Investors should incorporate renewable energy options, energy efficiency, carbon reporting, and water-use efficiency into their early feasibility studies.
4. Environmental approvals may become more complex
SWRO and industrial water-reuse systems can reduce pressure on freshwater reservoirs, but they may create additional environmental considerations.
Projects may need to assess:
- Seawater intake systems;
- Energy consumption;
- Concentrated brine discharge;
- Marine ecosystem impacts;
- Wastewater treatment;
- Cooling systems; and
- Water-quality monitoring.
These elements should be integrated into the environmental approval process rather than added after construction has begun.
5. Capital expenditure may extend beyond the main facility
Investors may need to budget for infrastructure outside the project boundary, including substations, transmission networks, water treatment facilities, pipelines, access roads, or connectivity infrastructure.
The commercial structure must clarify whether the assets will be:
- Owned by the investor;
- Transferred to a utility provider;
- Jointly developed;
- Operated under a long-term concession; or
- Shared with other industrial users.
A Practical Pre-Investment Checklist
Companies planning a data centre or utility-intensive industrial project in Batam should complete the following assessments before making a final investment decision.
Corporate and licensing assessment
Confirm the appropriate business classification, foreign ownership structure, investment value, OSS registration, NIB requirements, risk-based business licences, and sector-specific approvals.
Land and zoning assessment
Verify the land status, allocation rights, zoning compatibility, building restrictions, access infrastructure, and any conditions imposed by BP Batam or the industrial estate operator.
Electricity assessment
Obtain written confirmation regarding capacity, connection point, tariff, substation requirements, backup systems, redundancy, and the expected energisation date.
Water assessment
Determine daily and peak water demand, available supply, pressure, alternative water sources, recycling potential, and whether SWRO infrastructure will be required.
Environmental assessment
Identify whether the project requires an AMDAL, UKL-UPL, environmental management plan, wastewater approval, emissions approval, or technical approval for seawater intake and discharge.
Infrastructure agreement review
Ensure that each agreement clearly allocates the cost, ownership, operation, maintenance, completion schedule, and service standards for infrastructure.
Project timeline integration
Align company establishment, land allocation, licensing, construction, utility development, testing, and commercial operation in one integrated implementation schedule.
A More Sustainable Investment Model for Batam
The proposed “Utility First, Investment Follows” paradigm represents a significant shift in the way Batam may manage large investments.
Instead of allowing new projects to compete for existing utility capacity, the model encourages investors to help create the additional infrastructure required by their operations.
If implemented with clear regulations and transparent commercial arrangements, this approach could deliver benefits for all stakeholders:
- Residents could receive better protection for household electricity and water services;
- Existing industries could benefit from a more reliable utility network;
- New investors could obtain greater certainty over infrastructure;
- BP Batam could reduce pressure on public infrastructure funding; and
- Batam could strengthen its reputation as a sustainable digital and industrial hub.
However, successful implementation will depend on clear technical standards, fair cost allocation, reliable project scheduling, transparent asset ownership, environmental safeguards, and coordination between BP Batam, PLN Batam, water operators, industrial estates, and investors.
Conclusion
Batam’s growing digital economy has created an opportunity to become a major data centre, artificial intelligence, and advanced industrial hub in Southeast Asia.
At the same time, the projected scale of electricity and water demand means that investment growth must be accompanied by infrastructure growth.
BP Batam’s proposed “Utility First, Investment Follows” paradigm sends an important message: future investors may be expected not only to use Batam’s infrastructure, but also to participate in expanding it.
Although the Utility Investment Package has not yet been identified as a standalone formal licensing requirement, investors should begin preparing for a more infrastructure-integrated investment process.
Early utility due diligence, environmental planning, land verification, licensing coordination, and careful infrastructure agreements will be essential to reducing project risk.
Planning an Investment in Batam?
Accura helps foreign and domestic investors navigate the complete investment process in Batam and Indonesia, including:
- PT PMA and PT PMDN establishment;
- OSS and risk-based business licensing;
- Business classification and KBLI assessment;
- BP Batam and I-BOSS coordination;
- Land and zoning due diligence;
- Environmental approval support;
- Utility and infrastructure requirement mapping; and
- Ongoing corporate and regulatory compliance.
Before committing to land, construction, or major equipment, make sure your project’s licences, utilities, infrastructure, and environmental requirements are aligned.
Contact Accura for an initial consultation and receive structured assistance for planning and implementing your investment in Batam.
Visit: accura.co.id
Primary Sources
- ANTARA, “Paradigma baru BP Batam: utilitas dahulu, investasi kemudian,” published 24 July 2026.
- BP Batam PTSP, Batam investment performance for 2025 and the first quarter of 2026.
- BP Batam, DayOne and PLN Batam 511 MVA power supply agreement, published April 2026.
- ANTARA, Batam 3 and Batam 4 power projects with a combined planned capacity of 300 MW, published 17 July 2026.
- BP Batam PTSP, water supply and distribution improvement programme, published 11 March 2026.
Editorial note: The ANTARA article separately states in its photograph caption that investment from nine data centre projects had exceeded Rp120 trillion by mid-2026, while the article body refers to 16 projects valued at more than US$20 billion. The figures may use different project scopes or development stages. They should not be treated as directly interchangeable without further clarification from BP Batam.