TurbineGRID Environment

Automate site-specific resource assessment

TurbineGRID Environment includes readers and analysis tools for a range of live and streamed Met. Mast and LiDAR instrument data.

Integrate live and historical Meteorological data sources, and pipeline them into analyses with ease.

Effortlessly version control and audit datasets used for resource assessment.

Seamlessly output, archive and share results files, interactive HTML and PDF reports.

TurbineGRID Environment

Automate site-specific resource assessment

TurbineGRID Environment includes readers and analysis tools for a range of live and streamed Met. Mast and LiDAR instrument data.

Integrate live and historical Meteorological data sources, and pipeline them into analyses with ease.

Effortlessly version control and audit datasets used for resource assessment.

Seamlessly output, archive and share results files, interactive HTML and PDF reports.

TurbineGRID Environment

Automate site-specific resource assessment

TurbineGRID Environment includes readers and analysis tools for a range of live and streamed Met. Mast and LiDAR instrument data.

Integrate live and historical Meteorological data sources, and pipeline them into analyses with ease.

Effortlessly version control and audit datasets used for resource assessment.

Seamlessly output, archive and share results files, interactive HTML and PDF reports.

TurbineGRID Simulate

Run site-specific load cases

Because environmental analysis is already automated, site-specific load cases follow naturally.

Take account of site turbulence, shear and veer when optimising arrays and investigating array-wide control.

Couple detailed turbine and array models for unsteady analysis and optimisation of control. Evaluate benefits and effects of re-powering.

Provide automated, IEC-compliant load case reporting.

TurbineGRID Simulate

Run site-specific load cases

Because environmental analysis is already automated, site-specific load cases follow naturally.

Take account of site turbulence, shear and veer when optimising arrays and investigating array-wide control.

Couple detailed turbine and array models for unsteady analysis and optimisation of control. Evaluate benefits and effects of re-powering.

Provide automated, IEC-compliant load case reporting.

TurbineGRID Simulate

Run site-specific load cases

Because environmental analysis is already automated, site-specific load cases follow naturally.

Take account of site turbulence, shear and veer when optimising arrays and investigating array-wide control.

Couple detailed turbine and array models for unsteady analysis and optimisation of control. Evaluate benefits and effects of re-powering.

Provide automated, IEC-compliant load case reporting.

TurbineGRID Live

Gather operational data

Assets change over time. By gathering and logging live data with intelligent schema processing, this needn't be a hassle.

Scalably handle the firehose of data from many sources, whether batched, streamed or event-based data from turbines, ROVs and almost any instrument imaginable.

Integrate with big data service providers and event loggers (like Hadoop, and Kafka).

Octue data-spec tags ensure that changing suppliers, sources and instrumentation is a breeze, without rewriting all your analyses.

TurbineGRID Live

Gather operational data

Assets change over time. By gathering and logging live data with intelligent schema processing, this needn't be a hassle.

Scalably handle the firehose of data from many sources, whether batched, streamed or event-based data from turbines, ROVs and almost any instrument imaginable.

Integrate with big data service providers and event loggers (like Hadoop, and Kafka).

Octue data-spec tags ensure that changing suppliers, sources and instrumentation is a breeze, without rewriting all your analyses.

TurbineGRID Live

Gather operational data

Assets change over time. By gathering and logging live data with intelligent schema processing, this needn't be a hassle.

Scalably handle the firehose of data from many sources, whether batched, streamed or event-based data from turbines, ROVs and almost any instrument imaginable.

Integrate with big data service providers and event loggers (like Hadoop, and Kafka).

Octue data-spec tags ensure that changing suppliers, sources and instrumentation is a breeze, without rewriting all your analyses.