Live US electricity grid data for energy & infra AI.
An energy or infrastructure agent needs current grid conditions — sourced and citeable. Dynamic Feed serves US EIA electricity data keyless over MCP or REST, each response signed and timestamped.
The call
Keyless over MCP, or one REST call with a free key. Every datapoint is provenance-stamped and citeable.
# Keyless — one signed call over REST:
curl -s https://dynamicfeed.ai/v1/batch -H "Content-Type: application/json" \
-d '{"calls":[{"tool":"energy_grid","args":{}}]}'
# MCP (keyless) — point any client at https://dynamicfeed.ai/mcp, then call energy_grid()Sample response
{ "region": "US48", "metric": "demand", "value": 0, "unit": "MWh", "period_utc": "...Z",
"source": "US EIA", "signature": { "alg": "Ed25519", "key_id": "df-ed25519-4cb32e72f333" } }Why live data
Dynamic Feed serves US electricity-grid data via the EIA v2 API (US Energy Information Administration, public domain) — hourly demand and net generation in MWh and the fuel mix in MW, by balancing-authority region — in a provenance envelope, signed over its exact bytes and verifiable against /.well-known/keys. Scope is the US grid only. It surfaces what the EIA published at a time — it is data, not energy-market or trading advice, and not a guarantee of completeness.
Use it for
- Ground an energy / infrastructure agent in live US grid conditions
- A signed record of regional demand or generation at a point in time
- Demand-response, siting and load-planning workflows
- Pairs with grid carbon-intensity and weather feeds
FAQ
What does it cover?
The US electricity grid via the EIA — hourly demand, net generation and fuel mix by region (balancing authority). It does not cover non-US grids.
Is this trading advice?
No. Dynamic Feed surfaces public EIA grid data with provenance and a signature. It is operational data, not energy-market or financial advice.
What does signing prove?
That Dynamic Feed served this exact reading at this time, and it hasn't been altered since — authenticity and integrity, not that any downstream inference is correct.