Innovation × practical precision × sustainable execution
Engineering systems that hold up in the real world.
Thuanki turns difficult energy, mobility and operating constraints into engineered products, infrastructure and intelligence—built to move from rationale to field reality.
01 / The company system
One company. Three deployable systems.
Energy creates continuity. Mobility extends access. Intelligence keeps the operation accountable.
FlexPV + FlexPower, AR EV and MOVIQ are not isolated ideas. Together they show how Thuanki works: define the constraint, engineer the interfaces, make the economics practical and carry the system toward reliable operation.
Innovation
Original thinking anchored to a real operating problem.
Practical precision
Engineering resolved down to procurement, interfaces and field method.
Sustainable economics
Lifecycle value, maintainability and resource efficiency designed in.
White-label reliability
Deep technical ownership delivered with discretion and accountability.
02 / From constraint to field
A repeatable engineering spine
Good ideas become valuable when every handoff is designed.
Thuanki works across concept design, feasibility, procurement logic, implementation support, commissioning, O&M and continuous improvement—publicly, as a confidential technical office, or alongside a strategic product partner.
- 01Concept
- 02Design
- 03Procurement
- 04Execution
- 05Commissioning
- 06O&M
- 07Improvement
03 / R&D success story
Research since 2016
Thalovex turns wave motion into an engineered market path.
A patent-led ocean-energy programme developed through research, architecture and validation planning. The M50 product visual shown here follows the current geometry and design basis; its specifications remain subject to pilot validation.
Patent-led development
M50 design basis
A 50 kW architecture built around eight surface-piercing floats, an open-frame gantry and an 800 V DC bus—progressing through bench, wave-tank, demonstrator and pilot validation.
Read the R&D story04 / Connected capability
Five verticals. One execution discipline.
The breadth to see the whole system. The detail to resolve every interface.
05 / Evidence, responsibly shown
Representative capability evidence
A portfolio shaped by the work behind the work.
Public evidence is intentionally anonymized where partner and client confidentiality applies. Technical depth remains visible through systems, interfaces and execution method.
Coastal Solar EPC
Elevated, lagoon and floating solar concepts with yield logic, capex framing and investor-ready assumptions.
Utility Solar EPC
Pre-feasibility, technical assumptions, permits, risk logic, procurement, implementation and commissioning support.
Prefab Data Center EPC
Modular data center installation planning, electrical/cooling/fire interfaces and handover reporting.
Hybrid Backup System / FLEX-PV
Solar + BESS + grid/generator logic for continuity, peak shaving and critical infrastructure resilience.
AI & ERP Platforms
VisionEdge, CRM/ERP and reporting workflows that convert raw field data into operating decisions.
Product Rationales
Climafy, PureKnife, mobility, agri-tech and modular infrastructure concepts framed as public-safe capability evidence.
06 / Ways to engage
Flexible by design
Visible as Thuanki, embedded with a partner, or quietly behind the outcome.
01
Direct Thuanki Engagement
Publicly branded project design, engineering, EPC support, product development or consulting.
02
White-label Technical Office
Confidential design, procurement, costing, reporting, commissioning or O&M support under partner brand.
03
Strategic Product Partner
Joint product conceptualization, design, prototyping, pilot, vendor development and commercialization.
04
EPC / PMC Support
Project controls, vendor coordination, installation, QA/QC, site reporting, commissioning and handover.
05
Investor / Venture Lens
Angel-investor mindset, Skydne ecosystem alignment, business model development and practical funding narratives.
06
Sustainability Practice
Efficiency, resilience, renewables, lifecycle costing and resource-aware implementation.
Bring us the constraint. We’ll engineer the route forward.