Connecting asset, operations, field work, customer and compliance data from solar, wind, biomass, geothermal, storage, hydrogen and other renewable energy project development, installation and operation into a single managed digital chain.
The greatest value is created by the ability to use lifecycle data to inform which project to develop, how to hand it over and where energy and revenue are lost in operations.
Operations encompass the development, design, financing, construction, grid connection, commissioning and operation of solar, wind, storage, biomass and other projects. Value is driven by the ability to manage project portfolio maturity, technical and regulatory dependencies, and to accurately attribute the causes of production losses after commissioning.
The quality of site, grid connection, permitting and financial assumptions determines project viability.
Actual equipment, tests, defects and warranties must not remain solely in project files.
Weather, grid, equipment and market impacts must be separated so that actions are economically justified.
EU priorities include faster permitting, grid connections, storage and flexibility. Therefore, digital value is created across the entire lifecycle from site selection to technical and market portfolio optimisation.
Resources, land, grid capacity, environmental constraints and preliminary economics are analysed.
Managed critical dependencies, assumptions, documents, deadlines and investment decision.
Technical solutions, equipment suppliers, contract scope and schedule are approved.
Actual configuration, work quality, defects, tests and warranties are recorded.
Production, equipment condition, works, downtime and causes of losses are monitored.
Actual project performance, production forecasts, storage regimes and market revenues are compared.
Development assumptions, permits, contractor documents, construction actuals and operational data are kept in different locations.
Project schedules and plant production are visible in systems, but portfolio maturity, actual configuration and causes of losses are verified manually.
Land, permits, connection, financial model, technical solutions and critical path are managed according to unified states.
Land, permits, connection, financial assumption, construction handover and operational data for selected technologies or project groups are managed according to common stages, but coverage is not yet uniform across the entire portfolio.
Generation, weather conditions, grid constraints, failures, degradation, maintenance and market revenues are analysed in a single portfolio view.
Generation, storage, flexibility and market solutions are optimised according to technical constraints, risk and commercial value.
Digitalisation of a renewable energy portfolio must connect project site, permits, grid connection, financial assumptions, construction status and actual plant performance.
The first priority is not a general asset digital twin, but a single comparable project maturity and decision chain or a single unified construction handover process.
