Bitera Sets New Standard for Sustainable Urban Data Centers in Jakarta Through Innovative Closed-Loop Cooling and 100 Percent Uptime

Jakarta’s rapidly expanding digital ecosystem demands high-performance infrastructure, but this growth often comes with a steep environmental cost, particularly regarding energy and water consumption. Addressing this critical challenge, metro edge data center provider Bitera has positioned itself at the forefront of sustainable digital infrastructure in Indonesia. Since commencing commercial operations in February 2024, the company has successfully maintained a flawless 100 percent power availability record while pioneering eco-friendly operational methodologies designed to minimize ecological footprints in a resource-constrained urban center.

Strategically located in downtown Jakarta, Bitera operates a facility with a 30-megawatt capacity. Unlike massive hyperscale facilities typically situated on suburban peripheries to handle large-scale, generalized cloud computing, Bitera functions as a metro edge data center. This architectural distinction is crucial for modern enterprise ecosystems. By bridging the physical distance between end-users and centralized hyperscale hubs, Bitera facilitates significantly faster data transfer, enhances cloud networking capabilities, and drastically reduces latency delays. Consequently, the facility serves as an essential backbone for high-demand corporate operations, sophisticated financial systems, and emerging artificial intelligence inferencing tasks that require real-time data processing.

The core service offering revolves around robust co-location provisions. Instead of compelling individual enterprises to invest heavily in constructing, staffing, and maintaining independent server facilities, Bitera provides secure, climate-controlled, and highly connected physical spaces. Within this secure environment, clients house their own servers and IT hardware, while Bitera’s specialized engineering teams oversee continuous power delivery, precise thermal regulation, rigorous multi-layered security, and round-the-clock infrastructure maintenance.

Operational Excellence and Reliability Metrics

The commercial viability of mission-critical digital infrastructure hinges upon absolute reliability. During a recent media roundtable event held on November 9, Bitera Marketing Senior Associate Putri Allysha underscored the exceptional performance metrics achieved by the facility during its initial operational phase.

"Since we began operations in February 2024, until now, our power availability has successfully reached 100 percent. So, we have never experienced any downtime at all from the grand opening until today," Allysha stated.

This uninterrupted uptime is not accidental; it is the result of meticulous engineering redundancy. Bitera’s electrical architecture is reinforced by a dual-set generator configuration designed to provide immediate emergency power backup. This fail-safe mechanism ensures continuous, uninterrupted 24-hour operations, insulating clients against potential power grid instabilities or disruptions originating from the state electricity company, PT Perusahaan Listrik Negara (PLN).

Furthermore, the facility’s power supply is backed by Renewable Energy Certificates (REC) procured directly from PLN, confirming that 100 percent of the operational electricity utilized by Bitera originates from certified renewable sources. This strategic energy sourcing directly aligns with corporate Environmental, Social, and Governance (ESG) mandates and supports Indonesia’s broader national trajectory toward achieving Net Zero Emissions.

The Technological Superiority of Closed-Loop Cooling Systems

One of the most pressing environmental criticisms directed at the modern data center industry is its staggering consumption of water for thermal management. Traditional facilities frequently rely on open-loop, evaporative cooling towers that dissipate heat through the continuous evaporation of massive volumes of water. In contrast, Bitera has implemented an advanced closed-loop cooling methodology that dramatically reduces water usage while maximizing thermodynamic efficiency.

Bitera Chief Executive Officer Tedy Harjanto explained that the facility utilizes state-of-the-art magnetic air-cooled chiller technology. This system eliminates the necessity for conventional cooling towers that continuously consume and evaporate water during the heat-rejection process.

"The technology we use is among the best and is already utilized by global-scale data centers," Harjanto remarked.

Elaborating on the efficiency of this infrastructure, Harjanto noted that the entire Bitera facility consumes a mere 500 cubic meters of water per month. Crucially, this modest volume represents the total water consumption for the entire administrative and technical building—including landscaping maintenance—rather than being dedicated exclusively to cooling IT hardware. To put this into perspective, the water volume utilized by the entire facility is comparable to the amount required to water the gardens surrounding the corporate grounds.

The mechanical intricacies of this system were further detailed by Bitera Chief Operating Officer Gary Robinson. Unlike AI-focused data centers that often require intensive liquid-cooling open-loop configurations characterized by high evaporation rates, Bitera’s closed-loop architecture operates on a cyclical heat-exchange principle.

"So, essentially what we do is utilize the air inside the room; that air is processed using a refrigerant to cool the water. This chilled water is then circulated into the data hall," Robinson explained. "Inside the data hall, there are air handling units that pass this chilled water through cooling coils, allowing cold air to be distributed across the entire data hall area."

Robinson noted that the ambient temperature inside Bitera’s data halls is meticulously maintained at a stable 24 degrees Celsius. This specific thermal threshold represents an optimal engineering balance; dropping temperatures lower introduces severe risks of condensation, relative humidity spikes, and subsequent hardware corrosion or electrical faults.

Comprehensive Certifications and Rigorous Security Protocols

Beyond environmental stewardship and high availability, Bitera maintains an uncompromising commitment to international standards of quality, safety, and security. The facility operates under a comprehensive umbrella of certifications issued by the International Organization for Standardization (ISO). These include ISO 9001 for quality management systems, ISO 14001 for environmental management, ISO/IEC 27001 for information security management, ISO 45001 for occupational health and safety, and ISO 22301 for business continuity management.

The architectural integrity and structural resilience of the facility have also been formally validated. Bitera’s infrastructure design and constructed physical facility have earned Tier III certifications under the rigorous standards established by the Urumqi Data Center Design (TCDD) and Tier Certification of Constructed Facility (TCCF) frameworks.

In an era characterized by escalating cyber threats and sophisticated digital espionage, physical and network security remain paramount. Bitera has secured compliance with the Payment Card Industry Data Security Standard (PCI DSS) and has successfully passed exhaustive Threat, Vulnerability, and Risk Assessments (TVRA).

Addressing the security posture of the facility, Robinson noted the efficacy of their multi-layered defense mechanisms. "We have never experienced a breach at the data center, neither physically nor digitally. We have indeed encountered routine nuisances such as spam, but we have never experienced a serious intrusion into the data center. This proves that the mechanisms and security systems we implement are truly capable of protecting the businesses and data housed here."

Broader Industry Implications and the Future of Urban Infrastructure

The operational model demonstrated by Bitera provides a vital blueprint for the future evolution of digital infrastructure across Southeast Asia. As Southeast Asia’s largest digital economy, Indonesia faces a surging influx of data traffic driven by e-commerce expansion, fintech proliferation, and enterprise digital transformation. However, this growth must be reconciled with urban sustainability constraints, particularly regarding land scarcity, municipal water availability, and grid carbon intensity.

By integrating metro edge capabilities with advanced closed-loop thermal management and 100 percent renewable energy procurement, Bitera illustrates that high-density computing does not inherently necessitate ecological degradation. The facility’s ability to maintain flawless uptime while operating under strict ESG parameters sets a competitive benchmark for the regional data center industry.

As enterprises increasingly prioritize supply chain sustainability and stringent regulatory compliance, infrastructure providers that successfully decouple computational scale from excessive resource consumption will dominate the market. Bitera’s early operational success in Jakarta suggests that sustainable, high-performance urban data centers are not merely an idealistic environmental objective, but an entirely viable and economically sound commercial reality.