Innovating the Future of Energy, One Pilot at a Time

From grid-forming batteries to AI-enabled hydrogen systems and smart-grid trials, West-US TD partners with governments, utilities, and universities to design, test, and commercialise next-generation energy technologies.
Our pilot programs bridge research and real-world deployment — accelerating the global shift toward reliable, low-carbon power.

Where Research Meets Real-World Impact

The global energy transition demands more than bold ideas — it requires tested, proven, and scalable technologies.

West-US TD bridges the gap between research and real-world deployment, helping governments, utilities, and developers validate next-generation energy systems under true grid conditions.

Through applied research and pilot deployment, our programs reduce technology risk, accelerate investor confidence, and inform regulatory and policy frameworks that enable faster adoption of clean energy solutions.

Applied Research and Real-World Validation

From early-stage technology testing to full-scale performance evaluation, West-US TD delivers the technical insight and data-driven confidence needed to bring new energy innovations to market.

Technology Demonstration & Validation

Research Collaboration & Partnerships

Advanced Modelling & Analytics

Technical Documentation & Reporting

From Concept to Proof-of-Concept — Guided by Specialists

Nasser Faarooqui — Principal Advisor, Power Systems R&D

With a career spanning regulatory research and applied engineering, Nasser Faarooqui leads West-US TD’s innovation and pilot-project programs.

Mohammed Hamza — Director, Project Execution & Technology Innovation

A veteran engineer and program leader, Mohammed Hamza bridges advanced digital technologies with large-scale energy systems.

Step by Step

From Idea to Scalable Innovation

01

Concept Development

Define the project vision, key research objectives, and collaboration framework with universities, utilities, and government agencies.

Outcome: Clear project roadmap and stakeholder alignment.

02

Feasibility & Design

Deploy systems on controlled or live grids to test BESS, hydrogen, or hybrid configurations.

Outcome: Real-time operational data under authentic conditions.

03

Pilot Implementation

Coordinating with grid operators and regulators.
We prepare and submit the complete connection package — technical data, compliance forms, and supporting studies — to AEMO, NERC, Transpower, or other authorities.

Outcome: A smooth, accurate, and timely submission.

04

Data Analysis & Optimisation

Use AI-driven analytics and simulation tools (PSCAD, MATLAB, DIgSILENT) to evaluate performance, efficiency, and resilience.

Outcome: Quantified technical and financial insights for improvement.

05

Reporting & Scale-Up

Prepare detailed validation reports, ROI assessments, and policy or investment recommendations to guide future adoption.

Outcome: Evidence-based foundation for commercial scale-up and funding.

Recent Projects

Pioneering Projects That Shape the Future

3 GW+ Data Center Power Systems & Grid Integration

Location: Texas, USA
Power system design, dynamic load modelling and grid application submission to Centerpoint, Texas as per ERCOT/NERC

Development of 25 MW+ solar farms

Location: New Zealand
Solar farms in New Zealand in partnership with Bolt NZ. Creating Energy hubs for regional development

Grid-Forming Inverters, BESS & Data Center Capacity Building

Location: Malaysia
Capacity development and framework development for TNB Malaysia on grid forming Inverters, BESS and large data centers

Trusted by Developers, Utilities, and Governments

See how energy developers, EPC contractors & industrial clients cut project delays, navigated compliance & scaled faster with West-US TD.

Validated IBR and Grid-Forming Controls for Regional Utilities

Through pilots in the Caribbean and Asia-Pacific, West-US TD demonstrated inverter-based resource (IBR) behavior and developed verified models used for national grid-integration standards.

Enabled Policy Adoption Through Technical Data from Pilot Results

Pilot outcomes supported policy and grid-code reforms for agencies such as Electricity Authority NZ, USAID Clean Power Asia, and the Government of Myanmar (MFAT Project) — aligning renewable operations with international standards.

Facilitated Technology-to-Market Transition for Renewable Developers

By translating R&D findings into investment-grade documentation, West-US TD bridged the gap between laboratory validation and scalable deployment — accelerating private-sector adoption of solar, BESS, and hybrid systems.

Insights

Latest Updates on Energy Innovation

Preliminary Design & Grid Connection for 920 MW BESS (UK)

Preliminary design and grid connection application; DRC form for National Grid.

Advisory for Data Centre Design & Engineering (Texas, USA)

Conceptual design, engineering, and dynamic load modelling for 2 GW+ data centres (NERC).

Grid-Forming BESS (30/10/1 MW)

Development, design, and engineering for multiple sites.
Contact With Us

Ready to Launch Your Pilot or R&D Initiative?

Partner with West-US TD’s R&D and engineering teams to design, implement, and validate your next renewable or grid-integration pilot — from advanced simulation to real-world field testing.

Whether you’re a utility, government agency, or developer, we’ll help you de-risk innovation, generate actionable data, and accelerate technology readiness for large-scale deployment.

Limited slots this month. Reserve yours now.