STUDIES / ENGINEERING / COMMISSIONING / TROUBLESHOOTING / SECURITY
Energy
under control.
Complex energy systems.
Controlled as one system.
Independent engineering for energy and high-availability infrastructure—from studies and integration through commissioning to troubleshooting and security.
Discuss a technical issueExplore servicesAUTOMATED TESTING / BESS / CONTROL
Repeatable. Safe. Traceable.
Our own tools verify battery-storage and control-system behaviour before a problem reaches commissioning.
How automated testing works01 FIVE WAYS WE HELP
Study. Engineer.
Commission. Solve. Secure.
We are not there to sell another device. We are there when the system, its interfaces and responsibility boundaries need to be understood as a whole.
STUDY — I need to know what makes sense.
Technical and techno-economic studies for BESS, energy systems, critical power and system integration.
02ENGINEER — I need to design or integrate the system.
One system for integration, compliance testing, control and monitoring of battery storage and diesel generators.
03COMMISSION — I need to prove the system works.
Parameterisation, interface checks and functional tests before operational handover.
04SOLVE — Something is not working and we need the root cause.
Systematic diagnostics, root-cause analysis and verification of faults across equipment, control and communication interfaces.
05SECURE — I need to find the real security weaknesses.
Cybersecurity assessment, architecture review and authorised security testing for energy, industrial and critical systems.
RfG, simulation reports, UPOS/UTP, protection, AXY, spot-price control and energy optimisation remain available as dedicated technical services.
View all services02 ENERGY OPTIMISATION
Price is a signal.
The system makes the decision.
We connect energy economics with what the installed technology can safely deliver.
Charge now. Use later.
Lower contracted price
Compare cost and later value
Charge BESS / shift demand
CONTROL BOUNDARYSoC, efficiency, import limit
A low market price is not the final cost of energy. Contracts, losses, battery wear and operating reserves belong in the decision.
Energy optimisationGenerated. Where should it go?
Generation exceeds demand
Compare use, storage and export
Demand / BESS / export control
CONTROL BOUNDARYExport price, SoC, export limit
When export is unattractive, the strategy can preserve valuable self-consumption and regulate only the surplus.
Energy optimisationSupport the site. Protect the limit.
Demand approaches the limit
Evaluate reserve and priorities
Discharge BESS / defer load
CONTROL BOUNDARYAvailable power and capacity
The battery must be prepared in advance. The same capacity cannot be reserved for trading, backup and peak shaving without explicit priorities.
Energy optimisation03 TECHNOLOGIES
One system.
Different assets.
Generation that respects the point of connection.
Links between inverters, metering and plant control, including test preparation, regulation and dispatcher communication.
Battery, PCS and control working to one rhythm.
Integration of BMS, PCS and EMS with defined command priorities, operating limits and verification.
Generation in the context of the entire system.
Functional links between the generator, metering and supervisory control, with agreed operating scenarios.
Multiple technologies. Clear priorities.
Coordinated generation, storage and demand, respecting equipment limits, connection requirements and market signals.
04 HOW WE WORK
From the question
to a verified result.
We work systematically from documentation, data, measurements and tests. Every step should have a clear purpose and a traceable output.
UNDERSTAND / MEASURE / MODEL / VERIFY / SOLVE / PROVEUnderstand the brief
We review requirements, documentation, architecture and responsibility boundaries. We define what must be decided or proven.
Measure reality
We work from data, logs, measurements and actual system behaviour—not only the declared design.
Model expected behaviour
We describe interfaces, operating modes, limits and scenarios against which reality can be tested.
Verify the scenarios
Tests, simulations, FAT/SAT or measurements are selected to close the technical question at hand.
Solve the issue
Findings are converted into a concrete engineering recommendation, architecture or control change, or the next project step.
Prove the result
After the change, we verify the behaviour again and hand over traceable evidence, conclusions and open points.
TECHNICAL GUIDES
Questions to resolve
before the first brief.
Spot prices and battery control: what an EMS should actually calculate
How to connect spot electricity prices with BESS operation while accounting for the contracted price, losses, degradation, SoC and grid limits.
3 min read SOLAR / NEGATIVE PRICESNegative prices and solar: curtail, store or consume?
How to decide between solar export limitation, battery charging and flexible demand when electricity prices turn negative.
3 min read RFG / CONNECTION / TESTINGHow to prepare a power-generating module for RfG testing
A practical overview of connection conditions, documents, firmware, regulation and supplier cooperation needed before RfG testing.
3 min read BESS / CONTROL / AUTOMATED TESTINGAutomated testing of BESS and control systems: repeatable evidence before operation
How repeatable automated checks reveal communication, control and data-quality issues in battery storage and energy control systems before commissioning.
4 min readSTART WITH THE BRIEF
What should your
project achieve?
Tell us the asset type, project stage and the outcome you need. We will start from there.
Discuss a project