ISSN 3070-0108
Submit Your Work to Terawatt Times Institute
The Terawatt Times Institute (TTI) publishes rigorous, structured analysis at the intersection of energy systems, artificial intelligence, finance, climate, and societal transitions.
We welcome contributions from researchers, engineers, analysts, policy experts, and practitioners working across the global energy–AI transformation.
Whether you are submitting a research paper, a technical note, or a long-form analysis, TTI offers a platform for work that advances clarity, structure, and understanding.
Start Your Submission
📧preston.hayes@club.terawatttimes.org
Subject line: Submission — [Your Topic]
What We Publish
- Research Papers: Academic-style manuscripts, working papers, modeling studies, system analyses, and empirical research.
- Technical Notes & Engineering Briefs: Grid studies, storage evaluations, energy modeling, simulation results, VPP architectures, or technical deep dives.
- Policy Briefs: Analyses of federal/state policies, regulatory structures, governance, energy economics, or institutional pathways.
- Long-Form Analysis: Structured essays that explain complex systems, transitions, technologies, or historical processes.
- Data-Driven Visual Essays: Geospatial analysis, forecast models, time-series datasets, system mapping, or visualization-heavy submissions.
- Opinions & Perspectives: Expert commentary grounded in experience, data, or on-the-ground operational insight.
All work must be original, evidence-based, and aligned with TTI’s analytical standards.
Submission Requirements
Please include:
- PDF or link to your manuscript/draft
- 200-word abstract
- Short author bio
- Data/code availability statement (if applicable)
- Target categories (choose 1–3 of the 10 TTI domains)
File formats accepted: PDF, Google Docs, Markdown, LaTeX-generated PDFs
Editorial Review Process
TTI uses a multi-layered review framework:
- Domain Review: A subject-matter expert evaluates technical, policy, or analytical accuracy.
- Structural Review: Ensures clarity, organization, explanatory strength, and alignment with TTI standards.
- Optional Peer Feedback: For Working Papers requiring more academic-style commentary.
- Editorial Pass: Editing, formatting, and publication scheduling.
Formatting Guidelines
- Clear structure with section headings
- Citations in APA, Chicago, or academic standard
- Figures and tables in high resolution
- If based on code or models, provide GitHub or repository links
- Submissions must be original and not under simultaneous embargo unless disclosed
Frequently Asked Questions
1. Do I need academic affiliation to submit?
No. We accept research from independent scholars, industry experts, engineers, journalists, and practitioners.
2. Is there a word limit?
No strict limit. Most long-form pieces range from 1,500–5,000 words; technical or academic work may be longer.
3. Can I submit previously published work?
Generally no, unless substantially revised. Working papers may be under journal submission with proper disclosure.
4. Do you pay contributors?
For select commissioned pieces, yes. Most research and technical submissions are unpaid.
5. Can I pitch before writing?
Yes—recommended for policy briefs and feature articles.
Submission Domains
Below are TTI’s ten core editorial domains. Submissions must align with one or more of these categories.
1. Renewables
Focuses on renewable energy generation systems such as solar, wind, hydro, geothermal, biomass, and advanced nuclear. Includes LCOE trajectories, deployment strategies, cost declines, engineering performance, intermittency solutions, hybrid systems, and the role of renewables in regional and national energy transitions.
2. Grid & Storage
Focuses on transmission/distribution systems, HVDC networks, interconnection constraints, reliability engineering, and storage technologies including lithium-ion, LDES, flow batteries, thermal storage, hydrogen storage, and pumped hydro. Includes grid expansion, congestion, market design, capacity planning, and physical infrastructure modeling.
3. Intelligence
Covers software, algorithms, and digital operational systems that form the intelligence layer of modern energy infrastructure. Includes AI-driven grid dispatch, digital twins, DER orchestration, VPPs, demand-response systems, load forecasting, IoT-enabled monitoring, MRV platforms, carbon-tracking software, satellite-based emissions verification, and data-center energy optimization.
4. Transport
Covers transport decarbonization including EVs, charging infrastructure, battery chemistry, V2G, commercial fleets, logistics, aviation fuels (SAF), maritime fuels (ammonia, methanol), hydrogen mobility, rail electrification, and recycling/second-life applications for transport-sector energy systems.
5. Finance
Research on capital flows, investment structures, project finance, risk modeling, green finance, carbon markets, tax equity, sovereign risk, and valuation frameworks within the energy–climate economy. Analyses may cover institutional investment trends, renewable financing mechanisms, carbon-credit integrity, insurance dynamics, or transition-related asset revaluation.
6. Decarbonization
Addresses pathways to net zero across industry, buildings, and heavy sectors. Includes industrial electrification, green steel/cement, heat pumps, district energy systems, building codes, CCS, DAC, methane abatement, life-cycle analysis, and technological/economic modeling of sector-specific emissions reductions.
7. Ecobiosystems
Covers the interaction between energy systems and ecological systems. Includes climate science, biodiversity impacts, land-use modeling, water–energy–food interactions, natural climate solutions (forests, blue carbon, soil carbon), regenerative agriculture, ecosystem services, and environmental impact assessment of energy infrastructures.
8. Innovation
Covers emerging technologies, R&D pipelines, advanced materials, catalysts, electrochemistry breakthroughs, university lab research, pilot demonstrations, commercialization pathways, startup ecosystems, industrial scaling, and cross-sector innovation driving the next generation of climate and energy solutions.
9. Policy
Examines governance, regulatory frameworks, standards, subsidies, climate agreements, cross-border carbon measures, energy security strategies, and institutional design. Includes analyses of federal/state regulations, international treaties, COP processes, decarbonization mandates, and the political economy shaping energy transitions.
10. Humanity
Explores the social and human dimensions of energy and climate transitions. Includes energy justice, labor impacts, affordability, community resilience, public health, demographic disparities, global south development, Indigenous rights, and the societal psychology behind adaptation, risk, and policy acceptance.
Submit Your Work
📧preston.hayes@club.terawatttimes.org
We welcome research, analysis, and perspectives that deepen understanding of the Climate and Energy transition in the AI Era.