Renewable Energy Project Development
Independent support from early concept through feasibility, funding readiness, procurement and the investment decisions that precede delivery.
From concept to investment decision
Energy and infrastructure projects advance through a sequence of decisions, not a single study. Each gate should clarify what is known, what remains uncertain, and whether the next spend is justified.
TDTEC works with developers, owners and investors on the technical-commercial evidence behind those gates: option definition, feasibility depth, funding and tender readiness, and the path into EPC or delivery models. The aim is decision quality, not document volume.
Prior roles in large-scale renewable development and delivery inform this work—including portfolio-scale engineering leadership, solar and battery storage project development, hydrogen and ammonia concept and prefeasibility, and commercial negotiation on major energy programmes. That experience is applied to your mandate; it is not claimed as TDTEC delivery unless separately agreed.
Development workstreams and decision gates
Typical workstreams interlock. Scope is shaped around the decision you need to make next.
- Feasibility & business cases — options, assumptions and board-ready investment papers
- Project economics & financial modelling — sensitivities and technical inputs to the model
- Grant & funding advisory — evidence, readiness and application coordination
- Tender & bid management — major EOI, RFP and bid response discipline
- EPC procurement & commercial support — employer requirements, evaluation and negotiation
Grid, approvals and stakeholder interfaces
Connection strategy, study programmes, land and environmental interfaces, and regulator or network engagement often determine whether a project can proceed on its intended timeline. TDTEC helps frame these as explicit risks and dependencies in the development case—not afterthoughts in a schedule footnote.
- Connection feasibility and study sequencing in the investment narrative
- Coordination with specialist consultants while retaining owner-side clarity
- Long-term energy service and offtake interfaces where they affect technical design
- Approval and stakeholder risks translated into decision-ready language
Commercialisation and delivery strategy
How a project will be built and operated should align with how it was developed. Procurement model, EPC risk allocation, performance assumptions and handover into operations belong in the same thread as feasibility and funding.
Experience includes EPC commercial negotiation, owner-side delivery support, and investment gate papers where technical and commercial assumptions were tested before capital commitment. TDTEC can support your team on procurement planning and tender evaluation without replacing legal advisers or the owner's final commercial judgement.
How TDTEC works with your team
Engagements are scoped to a decision, a workstream or a defined period of embedded support. TDTEC integrates with your project manager, technical leads and external advisers rather than duplicating them.
- Clear deliverables tied to gates, board papers or submission dates
- Assumptions registers and evidence matrices that survive scrutiny
- Workshops and review cycles with accountable owners for each work package
- National delivery from a Brisbane base, with site and stakeholder attendance as required
Does TDTEC act as project developer on behalf of clients?
No. TDTEC provides specialist development, feasibility and commercial support to your team. Development leadership and investment authority remain with the client unless a different mandate is explicitly agreed.
Which project stages do you typically support?
From concept and prefeasibility through feasibility, funding applications, major tenders and EPC procurement planning. The scope is set around the next material decision, not a generic phase list.
Can you support both renewable generation and hydrogen or fuels projects?
Yes, where the engagement is energy or infrastructure development with substantial electrical and delivery interfaces. Prior work on hydrogen and ammonia concept and prefeasibility in Queensland informs how those projects are structured—not as a guarantee of outcomes for a new mandate.