Grid and system studies
Inputs, assumptions, models, scenarios, consistency and design implications.

Technical grid interface
We support Romanian solar, wind and BESS projects with technical grid-interface and compliance work covering studies, design inputs, protection, SCADA, energisation, testing and remediation. The focus is whether the project can demonstrate the technical evidence required for safe connection and operation.
Connection requirements are translated into controlled technical deliverables.
Plant, substation, protection, SCADA and operator responsibilities are coordinated.
Settings, tests, models and records are assembled for decisions and remediation.
Where we fit
This service addresses technical studies, compliance evidence and delivery interfaces. Energy Law separately advises on ATR rights, connection agreements, regulatory procedure, permits and disputes.
What we do
We test the technical evidence that changes project maturity, value, bankability, programme, performance or acceptance.
Inputs, assumptions, models, scenarios, consistency and design implications.
Substation, lines, protection, control, metering, SCADA and communications.
Technical requirements, models, capabilities, settings and compliance planning.
Prerequisites, procedures, responsibilities, safety and operator interfaces.
How we help
The output is designed for investors, lenders, owners and management teams: material risks, decision gates, accountable actions and evidence still required.
Create a controlled matrix of technical obligations, evidence and owners.
Align studies, design, equipment, settings, tests and operator actions.
Track deviations and remediation to accepted technical records.
When we help
When grid requirements must shape equipment and control philosophy.
When prerequisites, settings, procedures and responsibilities require coordination.
When evidence must be complete, witnessed and traceable.
When root cause and remediation must protect programme and operations.
Workstreams
Inputs, assumptions, models, scenarios, consistency and design implications.
Substation, lines, protection, control, metering, SCADA and communications.
Technical requirements, models, capabilities, settings and compliance planning.
Prerequisites, procedures, responsibilities, safety and operator interfaces.
Test plans, witnessed evidence, results, deviations and retesting.
Root cause, corrective options, programme impact and evidence closure.
Client scenarios
Coordinate protection, SCADA, metering, procedures and operator evidence.
Align operating profile, models, controls, settings and test scenarios.
Build the root-cause, remediation and retesting record around grid requirements.

How we work
Create a controlled matrix of technical obligations, evidence and owners.
Align studies, design, equipment, settings, tests and operator actions.
Track deviations and remediation to accepted technical records.
Primary sources
These links support primary-source verification; the applicable requirements still depend on project facts and timing.
FAQ
It coordinates the studies, design, protection, control, SCADA, energisation, testing and evidence needed between the project and network operator.
No. Technical advisory addresses engineering requirements and evidence; Energy Law addresses rights, procedure, contracts and regulatory remedies.
Yes. The scope can cover evidence review, root-cause coordination, corrective options, retesting and closure reporting.
Start with the file
We will identify the studies, interfaces and evidence that require immediate control.