Power system expertise for projects where failure is not an option
We bridge detailed power system studies and real-world commissioning, supporting high-risk projects with specialist expertise
Titus Power Consulting
Introduction
Titus Power Consulting provides specialist power system consulting for complex, inverter-dominated networks. We help developers, EPCs, and utilities reduce grid connection and commissioning risk through advanced studies, HVDC expertise, and practical commissioning insight.
About TITUS POWER CONSULTING
Core Technical Capabilities
HVDC system performance and control interaction
Deep expertise in VSC HVDC system performance, including control and protection behaviour, SSTI, TOV, black start, frequency control, and weak-grid operation, developed through OEM design, testing, and tender leadership roles.
Advanced EMT and dynamic studies
Extensive experience delivering and reviewing EMT and RMS studies (PSCAD™, PSS®E) for HVDC links, offshore wind, synchronous condensers, CCGTs, and inverter-dominated networks, supporting grid code compliance across multiple jurisdictions.
Factory system testing and commissioning support
Hands-on involvement in factory system testing, expert testing, and commissioning support, bridging the gap between study assumptions and real-world system performance during energisation and operation.
Grid code compliance and stakeholder interface
Proven leadership of grid impact and grid code compliance processes, coordinating OEMs, EPCs, IPPs, and TSOs to secure approvals for complex and time-critical projects.
Why Titus Power Consulting
HVDC system performance expertise from study to energisation
Titus Power Consulting is led by an engineer with more than 15 years of experience across OEM design, independent consulting, and transmission planning, including senior roles at Hitachi Energy, DNV, AtkinsRéalis, and Sargent & Lundy.
Commissioning-level understanding of complex power systems
Unlike desktop-only consultants, our work is informed by direct involvement in factory system testing, expert testing, and HVDC commissioning, ensuring that study results reflect real control and protection behaviour.
Trusted by OEMs, IPPs, EPCs, and TSOs
We have supported major HVDC interconnections, offshore wind connections, synchronous condenser projects, and large CCGT plants in Europe and the Middle East, acting as technical lead, reviewer, and TSO interface.
Focused on high-risk, non-standard projects
We specialise in high-risk projects where system strength, control interaction, and grid code compliance are critical to project delivery and commercial success.
WHO WE SUPPORT
Utilities / TSOs / DSOs
Regulator-ready studies and evidence packages.
We support utilities with planning-grade studies, compliance verification, and technical reviews where system security and documentation quality are critical.
Typical support
- Independent review of interconnection studies and model assumptions
- Grid code requirement mapping and compliance evidence validation
- Stability screening and performance risk identification (RMS/EMT where applicable)
- Harmonic compliance assessment and resonance risk evaluation
- Support during technical clarifications with developers/EPCs
WHO WE SUPPORT
Renewable Developers (Wind / Solar / Hybrid)
From grid connection to energization — reducing approval and schedule risk through our consulting services. We support developers with grid connection applications, study iterations, and technical coordination with OEMs and utilities, ensuring compliance with grid code standards.
Typical support includes:
- Management of grid impact studies and grid code compliance
- Model coordination between OEM / EPC / utility (RMS + EMT as required)
- Performance tuning support for reactive power, voltage control, and ride-through behavior
- Coordination for harmonics and filter/reactive compensation
- Owner-side technical assurance through commissioning and testing of HVDC systems
WHO WE SUPPORT
EPC Contractors (Grid, Substations, HVDC, Renewables)
Independent technical depth that protects schedule.
We support EPCs with studies, documentation, and problem-solving when technical details threaten milestones.
Typical support
- Study execution support (RMS/EMT) or independent review
- Grid code compliance evidence preparation
- Technical interface coordination (OEM/utility/developer)
- Troubleshooting support during system testing and commissioning
- Procedure reviews: energization readiness, switching plans, test sequences
WHO WE SUPPORT
OEMs (Conventional / HVDC / Inverter Technology)
We offer consulting services focused on performance verification, interaction analysis, and stakeholder communication. Our support for OEM teams is essential when performance requirements, EMT behavior, or grid interactions are under scrutiny, particularly in relation to grid code compliance.
Typical support includes:
- Pre-feasibility, feasibility, and FEED studies to assess project viability.
- Development of EMT and RMS tool models for comprehensive grid impact studies and grid compliance.
- Technical documentation support to facilitate utility approvals.
- Interpretation of field events with tuning recommendations to optimize performance.
What OEMs gain is a partner proficient in both 'OEM controls' and 'utility compliance,' ensuring seamless collaboration on HVDC and power system studies.
WHO WE SUPPORT
Industrial Clients (Oil & Gas, Metals, Data Centers, Large Campuses)
Power quality, reliability, and stability under real operating constraints are critical for industrial systems where outages, harmonics, and large motor/VFD interactions can be costly. Our consulting services focus on ensuring grid code compliance and offer extensive support in various areas, including:
Typical support
- Electrical system design, from SLD to equipment dimensioning
- Reactive power strategy and voltage stability support
- Fault level and protection-related technical assessments (project-dependent)
- Grid connection interface support with utilities, including grid impact studies and a complete set of studies
- Commissioning readiness and test interpretation support
Previous Experience
Titus Power Consulting offers specialized consulting services built on more than 15 years of experience in HVDC, grid performance, and power system studies across Europe and the Middle East.
A list of projects that the team has executed is presented below:
Transient Recovery Voltage and Insulation Coordination
Leading and executing the AC breaker Transient Recovery Voltage, Lightning and Insulation Coordination to ensure newly built substations comply with requirements (PSCAD).
Grid Code Compliance and Grid Impact Studies
- Grid Code Compliance and Grid Impact Study project management, technical lead and study engineer for 3x Synchronous Condenser projects in KSA (PSS/E, PSCAD).
- Grid Code Compliance and Impact Study Project Management, Technical Lead and Study Engineer for CCGT project in KSA, 4x 1800 MW (PSS/E, PSCAD).
- Grid Code Compliance for an HVDC Project with Evaluation, Compilation, Management and Facilitation (PSS/E, PSCAD, ETAP)
HVDC Owners Engineering
- Review of Technical Documents submitted by contractors to ensure that they fulfill the Project Technical Specifications within Electrical Design, System Design, Control & Protection and Station Control and Monitoring.
- Coordination between the different stakeholders to ensure requirements and everyone’s interest are taken into account to the optimal level with respect to all parties.
- Project Management and Coordination to ensure team members deliver required work on time, with the right quality, within budget and that they have the right tools to perform the work.
HVDC OEM Support
Extensive list of HVDC projects, spanning 13 years:
- Extensive and Detailed control system work to represent the actual
- System Integration Studies for an HVDC OEM, including Dynamic Performance Studies.
- Factory System Testing of Control Systems for multiple projects.
HVDC Commissioning
On-site commissioning work with:
- Subsystem testing of apparatus to ensure the installations and connections to the Control & Protection system are correct.
- System Testing from first energization until finalization for multiple HVDC projects, supervising that the performance of the actual constructed link matches the expectations and requirements.
- Investigation of unexpected site events.