The Indian power sector has historically been characterized by power cuts, economic losses, system inefficiencies and archaic last-mile networks.
India has seen extraordinary successes in energy development, but challenges always remain. While the sector has been undergoing an overhaul, challenges over the last few years have underscored the need for an accelerated technological upgrade.
Focusing on digital transformation helps enhance this seemingly traditional, labor-intensive sector into a smarter, more efficient power system. This enables each element in the value chain to reimagine its processes and streamline infrastructure.
Power plants often suffer from a lack of visibility into operations and an inability to take predictive action to avoid reliability, safety and compliance issues, as the data needed to operate the facility can be scattered and siloed. To overcome this, power plant operators need a connected ecosystem that provides a platform to help ensure operational intelligence, enhance safety and meet internal and external regulatory compliance.
The digital transformation of power plant operations equips operators with tools to address a wide range of issues that could compromise the safety and efficiency of production.
By converting manual procedures to a digital environment, plant workflows improve; that means you can better manage regulatory compliance, including safety and environmental regulations.
The primary benefit of a digital ecosystem is that it reduces operational risk. Many incidents in the power industry begin with human error. The more you improve processes with digital transformation, the more you can reduce human error.
For power plant operators, quick access to the most up-to-date information in a digital twin for operations from the plant floor to the boardroom enables better decision-making, improved business processes, enhanced productivity and reduced operational risk.
According to Gartner: "A digital twin is a digital representation of a real-world entity or system. Implementing a digital twin is an encapsulated software object or model that mirrors a unique physical object, process, organization, person or other abstraction. Data from multiple digital twins can be aggregated for a composite view across a number of real-world entities, such as a power plant or a city, and their related processes."
To help companies achieve these digital twin benefits, Octave provides interoperable solutions throughout the asset lifecycle. Engineering and operations each have their own digital twin, while the digital thread connects them across the asset lifecycle. Together, they connect enterprise systems and data to support a single, trusted source of truth.Digital twins can be built gradually using Octave solutions in different stages to prevent barriers to adoption. The extent of digital twin maturity required depends on an organization's level of digitalization already in place.
The goal of any digital twin is to increase asset efficiency and offer a digital representation of current and historic plant configurations, along with related performance information. Data-driven decision-making becomes the norm, and the ease of sharing digital twin data with multiple departments increases collaboration and reduces operational risk.
Another important aspect of digitalization in power plants is shift operations management. Inadequate shift operations management is often highlighted as a contributory factor in plant accident investigation reports by industry and government agencies. A digital shift operations platform allows teams to efficiently create logbook entries, manage tasks, acknowledge orders and collect and analyze real-time data throughout their shifts to address anomalies and communicate effectively with incoming shift teams.
Automatic and instantaneous information keeps workers connected and focused, freeing their time and ensuring clear communication during safety-critical activities.
Octave Tempo Operations Management (formerly j5 Operations Management Solutions) provides a tried-and-tested digital solution with spreadsheet-like configurability and enterprise scalability. This comprises of Tempo Operations Management Framework (formerly j5 Framework), Tempo Shift Handover (formerly j5 Shift Handover), Tempo Operations Logbook (formerly j5 Operations Logbook), Tempo Standing Orders (formerly j5 Standing Orders) and Tempo Work Instructions (formerly j5 Work Instructions).