From 2 GW data centres in Texas to industrial plants in Australia, West-US TD designs, models, and optimises complex power systems that meet the highest reliability, resilience, and compliance standards worldwide.
Every second of downtime in a hyperscale data centre or industrial facility can translate into millions in lost revenue and reputational damage.
Unstable voltage, poor fault coordination, or non-compliance with evolving grid codes can bring even the most advanced facilities to a halt.
At West-US TD, reliability is not a feature — it’s a design principle.
Our power-system engineers build resilience into every layer of the infrastructure, ensuring:
We deliver solutions that perform consistently, safely, and within regulatory limits — no matter how complex the load or environment.
From concept to commissioning, West-US TD delivers end-to-end engineering for mission-critical facilities — combining electrical precision, grid compliance mastery, and global delivery experience.
Our multidisciplinary team supports every project phase, ensuring your infrastructure is built to perform and approved to connect.
At West-US TD, precision isn’t optional — it’s engineered into every model, drawing, and compliance study.
Our engineers work within industry-approved software ecosystems and design frameworks recognised by regulators worldwide.
From transmission-level simulations to facility-scale protection design, we ensure that every output is accurate, auditable, and approval-ready.
→ ERCOT – Interconnection and operational studies for high-capacity facilities
→ NERC – Dynamic modelling and compliance for grid-connected assets
→ ISO New England – System stability and grid access assessments
→ AEMO – Grid-connection and modelling support for renewable and industrial projects
→ Transpower (NZ) – Transmission planning and compliance frameworks
→ AusNet (Australia) – Protection studies and large-scale BESS connection approvals
→ National Grid ESO (UK) – DRC submissions and performance compliance
→ENTSO-E – Alignment with European operational standards and cross-border requirements
→ DEWA (UAE) – Power-system design and interconnection studies
Kahramaa (Qatar) – Protection and coordination analysis for oil, gas, and renewable assets
TNB (Malaysia) – Capacity-building programs and renewable integration advisory
KEPCO (Korea) – Grid code compliance and technical training programs
We begin by defining load profiles, redundancy levels (N+1 / 2N), and reliability objectives.
This foundation allows us to design systems tailored to your operational needs and uptime goals.
Our engineers analyse interconnection options, grid impact, and fault levels.
We assess regulatory pathways with ERCOT, AEMO, Transpower, and local authorities to ensure alignment from day one.
Using PSS®E, DIgSILENT, and PSCAD, we simulate steady-state and dynamic performance.
Detailed electrical layouts, protection schemes, and control architectures are developed for approval and procurement.
We perform validation, transient stability, and protection-coordination studies,
fine-tuning parameters against IEEE, IEC, NERC, and AEMO standards before field execution.
Our experts remain on-site through energisation — supervising testing, verifying compliance certificates, and ensuring seamless handover to operations teams.
Preliminary design and grid connection application; DRC form for National Grid.
Power-System Engineering Led by Experts
A global authority in grid compliance, power-system modelling, and energy regulation, Nasser Faarooqui has guided some of the world’s most complex energy and data-centre integration projects.
With two decades of cross-sector experience spanning LNG, hydrogen, and hyperscale infrastructure, Mohammed Hamza leads West-US TD’s engineering and execution practice across global markets.
Book a 30-minute consultation with our engineering experts to define your project architecture, compliance pathway, and performance goals.
From concept to commissioning, we’ll help ensure your infrastructure is built for reliability, efficiency, and future growth.
