mcp · Global

energy-flow-x-docu

Engineering platform designed for HVAC professionals, offering practical tools to support MEP system design and analysis. It includes a variety of calculation tools such as psychrometric analysis, cooling with condensate removal, heating, air mixing, and more.

Visit source ↗GitHub repository ↗

Claim this listing

Represent energy-flow-x-docu? Send a claim for review so we can discuss listing updates. Claims do not automatically grant ownership or verification.

Explore paid sponsorship →

What's in it

Data offered docs-verified: thermophysical and transport properties for 29 fluids across 8 engineering groups (humid and dry air, water/steam, natural gas, process gases, cryogens, refrigerants, glycols, brines) · solid ice (Ice Ih) properties · HVAC air heating, air cooling with condensate discharge, and air mixing calculations
Update frequency docs-verified: No update cadence stated; DOCS list the last update as 2026.09
Formats llm-inferred: MCP
Access docs-verified: Free for HVAC processes, air, water/steam, natural gas, most process gases, ice and glycols; Member-tier for refrigerants and brines; some tools may change status over time. OAuth and 'Other' licence come from entry metadata, not DOCS.

Useful for

Use cases llm-inferred: AHU heating and cooling coil design using humid-air psychrometrics with condensate tracking · Glycol and brine freezing-point and property checks for heat-pump or chilled-water loop design · Refrigerant property lookups (e.g. R-410A, R-32) for HVAC plant sizing
Audience docs-verified: HVAC/MEP engineers · mechanical engineers · chemical and process engineers · BIM coordinators · PV designers

Limitations

Constraints llm-inferred: No flood, rainfall, river level, groundwater, DEM or drainage datasets appear in the tool list or DOCS, so it does not cover UK water, civils or environmental consultancy data needs · Property calculations are limited to stated validity ranges per fluid (e.g. refrigerants roughly -103 to 182 °C) · Some refrigerants and brines require Member access · Hydronic tools (hydronic_session, hydronic_inspect) appear to be work in progress, given the DOCS section title 'what is being built next' · Tool parameter schemas are not documented in the supplied DOCS · Licence 'Other' and OAuth are taken from entry metadata and not verified in DOCS

Licence: Other
Authentication: OAuth mentioned in README (auto-extracted)
GitHub stars: 6
Last commit: 14/10/2026
Last successful page check: 14/10/2026
Page health: healthy
Package: Not recorded
Verification: Not independently verified

Auto-extracted, unverified fields: tools, auth. Check upstream documentation.

Provenance & evidence

Daily discovery 2026-10-15: GitHub search; verified via GitHub API. Tools/install/auth auto-extracted from README.

Metadata observed 14/10/2026 · daily-2026-10-15 (github-search)