Digital Twin Platform for ENERGY

Digital Twin Platform for ENERGY

The increasing regulations, new consumption patterns, and market pressure demand a more efficient management and storage of energy resources. In this regard, the adoption of advanced technologies is essential to adapt and continue providing agile responses to user needs and minimize costs.

The increasing regulations, new consumption patterns, and market pressure demand a more efficient management and storage of energy resources. In this regard, the adoption of advanced technologies is essential to adapt and continue providing agile responses to user needs and minimize costs.

TOKII digitizes energy infrastructures by connecting assets, sensors, and systems on a single interoperable platform. It detects bottlenecks, optimizes the performance of your plants, and enhances the resilience of the grid with advanced analytics and real-time visualization.

With TOKII, you can have complete visibility of operations, anticipate failures, detect bottlenecks, and reduce operating costs by visualizing your entire production chain on a single platform.

Companies that use digital twin technology in the oil and gas market have reduced unexpected interruptions by 20%.

Companies that use digital twin technology in the oil and gas market have reduced unexpected interruptions by 20%.

Astute Analytics

Data to optimize from turbines to refineries

Data to optimize from turbines to refineries

Plug & play energy management:

Plug & play energy management:

connect and monitor your electrical network

connect and monitor your electrical network

Connect solar, wind, or oil & gas plants

Connect solar, wind, or oil & gas plants

Connect solar, wind, or oil & gas plants

Integrates data from sensors installed in turbines and batteries. It also allows native connection to assets in refineries or pumping stations and the integration of systems such as SCADA, BESS, EMS, and ERPs.

Create KPIs for generation, consumption, and energy losses

Create KPIs for generation, consumption, and energy losses

Create KPIs for generation, consumption, and energy losses

Measures performance by wind turbine or solar string, analyzes the generation-consumption balance, energy efficiency (kWh/MWh), and carbon footprint generated for compliance with environmental regulations and to promote sustainable practices.

Visualize the energy infrastructure in 3D or AR

Visualize the energy infrastructure in 3D or AR

Visualize the energy infrastructure in 3D or AR

Virtually explore substations, control rooms, solar parks, or control centers using 3D models. It allows AR connection to overlay data or incident indicators onto the physical environment, even offline.

Analyze energy performance with AI

Analyze energy performance with AI

Analyze energy performance with AI

Anticipates electrical overloads, voltage fluctuations, and thermal anomalies in equipment such as transformers, gas turbines, and boilers. Detects patterns to predict wear and estimate energy generation over a period of time. TOKII calibrates and updates its predictive models, enhancing its ability to anticipate failures and prolong the lifespan of assets.

Manage the maintenance of plants and substations remotely

Manage the maintenance of plants and substations remotely

Manage the maintenance of plants and substations remotely

Programs inspections of transformers, maintenance of turbines, and corrosion in hydraulic systems. Assigns responsible persons, generates automatic alerts for deviations in parameters such as temperature or pressure, and shares reports with the team.

Key Benefits of TOKII for ENERGY

A tailored and high-value energy solution

Key Benefits of TOKII for ENERGY

A tailored and high-value energy solution

Key Benefits of TOKII for ENERGY

A tailored and high-value energy solution

Key Benefits of TOKII for ENERGY

A tailored and high-value energy solution

+5%
+5%

In resource utilization

In resource utilization

of renewable energy and fossil fuels thanks to optimization in production and reduction of leaks.

of renewable energy and fossil fuels thanks to optimization in production and reduction of leaks.

-15%
-15%

In broadcasts

In broadcasts

thanks to continuous monitoring and automatic alerts in the event of deviations or excessive emissions, which facilitate iterative corrections.

thanks to continuous monitoring and automatic alerts in the event of deviations or excessive emissions, which facilitate iterative corrections.

-20%
-20%

In reduction of OPEX

In reduction of OPEX

through predictive maintenance that allows anticipating failures, reduces costs associated with repairs.

through predictive maintenance that allows anticipating failures, reduces costs associated with repairs.

+30%
+30%

Of operational visibility

Of operational visibility

centralizing data from multiple sources and displaying it in intuitive interfaces for faster diagnostics and more accurate decision-making.

centralizing data from multiple sources and displaying it in intuitive interfaces for faster diagnostics and more accurate decision-making.

Explore TOKII with our experts

Book a demo to see how TOKII can adapt to your needs.