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The ever-increasing demand for business continuity, efficiency and performance – especially in data centers – is a key driver in the effort to innovate power management operations. This case study explored how ETAP's model-driven structure enables Otomatica to implement a unique electrical network and topology in direct current (DC) systems to better support their customers.
Otomatica provides solutions and products that make facility resources more measurable, manageable, efficient, and noticeable through cutting-edge technological innovations. The company has offices in Turkey, Dubai, and Northern Cyprus and was founded in 2014. Their focus is on digitizing the physical infrastructure of critical facilities, particularly data centers, to guarantee high operational continuity.
Location: Istanbul, Turkey
Year: 2022
Areas for improvement
Through IT convergence and power optimizations, their objective with this case study for one of the biggest data centers in the region was to provide visible, secure, efficient, standardized, and centralized monitoring. Otomatica designs data centers for operations, and at the time of this case study they had commissioned and were still supporting more than 25 modern data centers, with a combined power demand of over 120 MW IT power. They recognized in ETAP the commitment to be at the forefront of innovation from design tools through operations, with new software offerings, expanded equipment catalogs and API integrations.
Traditionally, local building management and power management installations have been located within the OT layers. This partial integration doesn't provide adequate visibility, security, quality and reliability standards. Providing a building management and power management monitoring system at the onset of operations, and at the corporate cloud level to comply with IT standards is highly recommended by Otomatica. They were looking for a software solution they could recommend and implement at the onset of a new installation to test the mechanical system, which was capable of moving the simulation dataset from their design stage directly into operations within an IT/OT convergence framework.
Keeping in mind that the design and execution phase of a data center lifecycle is one to two years, but operations of these complex facilities may reach 30 to 40 years, there is critical expectations by Data Center Owners to meet growing demands with minimal downtime during the operations stage. During operation, data center operators must perform thousands of planned and unplanned activities on hundreds of different capacities of equipment which are all dependent on one another. As well, the technology and personnel is constantly changing but the expectations for zero downtime remains. And new demands for energy efficiency and sustainable operations requirements are growing. These operators can benefit greatly by having software tools that help the data center be fault-tolerant, that helps them to predict and prevent events, scale their operations accordingly, and maintain certifications.
Products used
ETAP Real-Time Power Management Software - Powerful analytical tools that allows for detection of system behavior in response to operator actions and events via the use of real-time and archived data to determine the appropriate system response to a variety of changes and disturbances by using electrical and physical parameters, loading and generation levels, network topology, and control logics. In addition, the solution can determine the source of potential problems and advise on corrective actions to avoid interruptions.
The unique features of ETAP's model-driven, real-time power management software are effectively leveraged in a corporate environment. Data and applications are hosted in customers' highly secure and expertly managed environments, utilizing electrical networks with topological dependencies. This enables modeling, design, analysis, optimization, monitoring, and control of the data center power systems.Hüseyin Doğa Emiroğulları, Founder and CEO, Otomatica
What we delivered
ETAP provided a power management solution that the consultant could customize to their client's requirements using the following functionality:
Outcomes
Otomatica was able to successfully fulfill the expectations of their data center customer through a fully digitalized electromechanical infrastructure. The benefits of this IT/OT convergence provide:
They achieved power management standardization as a part of ITIL SO standards for the customer, including:
The latest technology developments include AI, OPS, and advanced reporting and analytics tools that can generate insights, using electrical data provided by ETAP. Moreover, ETAP can utilize the outputs of these tools to enhance reports and analytics for operations teams.Hüseyin Doğa Emiroğulları, Founder and CEO, Otomatica
From Design to Operation
Data center Expectations
User Interface for Data Centers
User Interfaces for Data Centers
Powering IT/OT COnvergence
UIs Whatspace View
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Electrical infrastructure can only be managed by including both equipment and data. Transforming electrical data to information and knowledge for decision-makers of mission-critical facilities requires IT-compatible software with the latest technologies’ integration capabilities. This presentation shows how ETAP enables end-users to achieve sustainable operations in their critical facilities by fulfilling OT/Site Management and IT Management requirements. ETAP’s unique features are configured with respect to data center topology and sustainable operation principles. These features are enriched as we have positioned ETAP in the corporate environment of end-users, where their corporate IT standards, services, and tools are integrated. As the title suggests, both OT and IT protocols are commissioned together, and the management of electrical infrastructure is powered by IT services via ETAP.
Smart Data Center Solutions for integrated power system modeling, analysis, and simulation have become critical in design and operation of Data Centers. Making proper design decisions early on during the system planning stages is paramount for energy efficiency strategies, reducing the total cost of ownership and improving the reliability of engineering and facility operations. In this webinar, we will present ETAP's Digital Twin solution for integrated design, analysis, real-time predictive simulation, and operation of Data Centers.
This datacenter 101 presentation explores how ETAP is being used to design a power system in a data center, how power was performed inside the data center, provides an overview of the project the collaboration with ETAP and summaries what lessons were learned in the process.
ETAP Data Center
DC Systems
Power Quality
Power Systems Analysis