API to Get the Victoria Electricity Price
You need a reliable way to fetch the latest Victoria electricity spot price for finance workflows such as valuation, PPA settlement checks, and risk dashboards. By the end of this guide, you will make a working GET request for the “Victoria Electricity” symbol, parse the fields you actually need, and embed the result in a production script that respects units, base currency, and update cadence.
What you are fetching: Victoria Electricity spot as a finance-grade input
The Energy API provides the latest spot price for Victoria (AEMO VIC1) as a single symbol you can request on demand. In finance contexts, this value commonly feeds mark-to-market, budget vs. actuals, and tariff indexation logic. You will request:
- Symbol name: Victoria Electricity
- Symbol code: AEMO_VIC1_SPOT
- Unit: AUD/MWh
- Auth: api_key query parameter (use YOUR_API_KEY)
You will read three fields for this symbol from the response: rates.AEMO_VIC1_SPOT (numeric price), dates.AEMO_VIC1_SPOT (ISO date), and currencies.AEMO_VIC1_SPOT (currency code). The top-level base may be MIXED when you request multiple symbols; always check the currency per symbol for valuation accuracy.
Endpoint and authentication
Use a GET request to /api/v1/latest with two query parameters: symbols and api_key. For a first request, you only need the Victoria symbol. Authentication is via the api_key query parameter; do not send it as a header.
Plan note for budgeting: Starter is $19.99/mo with a 7-day trial and 50 calls. When building finance jobs, ensure scheduling fits within your trial quota while you validate calculations. For full pricing and other options, refer to the product materials in the documentation.
Reference:
- Endpoint: https://energy-api.com/api/v1/latest
- Method: GET
- Parameters: symbols, api_key
Make your first request
cURL
Copy-paste this into your terminal. It requests the Victoria Electricity price only.
curl -G "https://energy-api.com/api/v1/latest" --data-urlencode "symbols=AEMO_VIC1_SPOT" --data-urlencode "api_key=YOUR_API_KEY"
Python (requests)
This short Python example calls the same endpoint, checks success, and extracts the finance-relevant fields for Victoria.
import requests
from decimal import Decimal
BASE_URL = "https://energy-api.com/api/v1/latest"
API_KEY = "YOUR_API_KEY" # keep secure in env/secret store
params = {
"symbols": "AEMO_VIC1_SPOT",
"api_key": API_KEY
}
resp = requests.get(BASE_URL, params=params, timeout=15)
resp.raise_for_status()
data = resp.json()
if not data.get("success"):
raise RuntimeError("API reported non-success response")
# Read the Victoria spot fields explicitly
symbol = "AEMO_VIC1_SPOT"
price = Decimal(str(data["rates"][symbol])) # numeric price
price_date = data["dates"][symbol] # ISO date string
currency = data["currencies"][symbol] # "AUD"
unit = "AUD/MWh" # from catalog facts
# Finance-safe printout (or pass to your valuation/ETL layer)
print(f"{symbol} @ {price} {currency} ({unit}) on {price_date}")
Official sample blocks
The following are official samples provided for reference. The cURL example is already used above; include the JSON here to confirm field shapes and naming.
Official cURL
Official JSON (field shape reference)
{
"success": true,
"date": "2026-11-06",
"base": "EUR",
"rates": {
"OMIE_ES_DA": 245.6264
},
"dates": {
"OMIE_ES_DA": "2026-11-06"
},
"currencies": {
"OMIE_ES_DA": "EUR"
},
"base_filter_note": null,
"missing_symbols": null
}
Use the above to understand structure only: top-level metadata plus symbol-specific maps for rates, dates, and currencies.
Real API response for Victoria Electricity
Below is a real response snapshot for the Victoria Electricity symbol. Values are specific to that request and date; do not hardcode them in production.
Fields you will actually use:
- rates.AEMO_VIC1_SPOT: 52.9314 — the numeric spot price.
- dates.AEMO_VIC1_SPOT: 2026-11-05 — the effective date for that price.
- currencies.AEMO_VIC1_SPOT: AUD — currency for valuation and reporting.
The top-level base can be AUD, EUR, MIXED, or other depending on the call; always key off currencies.AEMO_VIC1_SPOT for finance logic so your unit conversions remain correct when you start requesting multiple symbols together.
Data handling for finance use
To plug this symbol into pricing, risk, and settlement logic, decide how you will handle units, dates, and refresh cadence. The following patterns will help avoid downstream mismatches.
Units and scaling
- Unit for Victoria Electricity: AUD/MWh. If your application tracks kWh, convert by dividing by 1000 (MWh to kWh) before applying to volumetric positions or invoices.
- Leave the floating-point price as a precise decimal in finance systems to avoid rounding drift in mark-to-market and accruals.
Dates and valuation timing
- The API returns an ISO date string for the symbol. This is the effective date of the price, suitable for end-of-day valuation and daily risk reports.
- If you need to align to a business calendar, store both the API date and your valuation date, then map according to your policy (e.g., last available close).
Currency and conversion
- Always read currencies.AEMO_VIC1_SPOT. When you later request multiple energy symbols, the top-level base may be MIXED; do not assume uniform currency.
- If you must value in a different currency for P&L, convert using your FX feed at the correct valuation timestamp. Keep the native AUD/MWh in your raw store for audit.
Refresh, caching, and retries
- Cache the last good value application-side to reduce API calls and provide continuity during intermittent network issues.
- Use short timeouts and bounded retries (e.g., retry 1–2 times with small backoff). Log the last successful price and date for reconciliation.
- If the symbol does not update on a given day, apply your policy for “stale” data (e.g., carry forward last available close) and tag the valuation run accordingly.
Production checklist for finance teams
- Store the full JSON response along with parsed fields for audit and reproducibility.
- Normalize your internal schema with fields: symbol, price, currency, unit, price_date, ingest_time, api_success, and source.
- Alert when currencies.AEMO_VIC1_SPOT is not AUD or when dates drift beyond your SLA (e.g., older than N days).
- Document your conversion policy from AUD/MWh to your billing or risk measurement unit, and centralize that utility code.
- Do not pass unrelated parameters. The endpoint requires symbols and api_key for this use case.
Troubleshooting common first-call issues
- Missing or invalid key: The API requires api_key as a query parameter. If you place it in headers by habit, the call will fail.
- Empty or unexpected currency: If you later expand to multiple symbols, the top-level base can be MIXED. Always branch on currencies.AEMO_VIC1_SPOT when performing conversions.
- Precision drift: Use decimal types in your finance code path to avoid cumulative rounding errors.
- Non-updating days: Energy markets can have days with limited or delayed updates. Implement a carry-forward rule and flag the run for review.
End-to-end example: daily valuation snippet (Python)
This fragment sketches how you might wire the symbol into a daily valuation job. It shows safe extraction, basic validation, and a simple carry-forward.
import os
import json
import time
from decimal import Decimal
import requests
API_URL = "https://energy-api.com/api/v1/latest"
API_KEY = os.getenv("ENERGY_API_KEY", "YOUR_API_KEY")
SYMBOL = "AEMO_VIC1_SPOT"
def fetch_victoria_spot():
r = requests.get(API_URL, params={"symbols": SYMBOL, "api_key": API_KEY}, timeout=15)
r.raise_for_status()
data = r.json()
if not data.get("success", False):
raise RuntimeError("API call unsuccessful")
price = Decimal(str(data["rates"][SYMBOL]))
price_date = data["dates"][SYMBOL]
currency = data["currencies"][SYMBOL]
return {"symbol": SYMBOL, "price": price, "date": price_date, "currency": currency, "unit": "AUD/MWh", "raw": data}
def store_snapshot(snap, path="vic1_spot_snapshot.jsonl"):
line = json.dumps({
"ts": int(time.time()),
"symbol": snap["symbol"],
"price": str(snap["price"]),
"date": snap["date"],
"currency": snap["currency"],
"unit": snap["unit"]
}, separators=(",", ":"))
with open(path, "a") as f:
f.write(line + "\n")
def main():
snap = fetch_victoria_spot()
# Basic validations suitable for finance gating
assert snap["currency"] == "AUD", "Unexpected currency for AEMO_VIC1_SPOT"
assert Decimal("0") < snap["price"] < Decimal("10000"), "Out-of-range price"
store_snapshot(snap)
print(f"Stored {snap['symbol']} {snap['price']} {snap['currency']} on {snap['date']} ({snap['unit']})")
if __name__ == "__main__":
main()
Documentation and next steps
After your first successful call, review the official reference for response fields, optional parameters, and broader symbol coverage. Keep your integration focused on Victoria Electricity for valuation first, then layer in additional markets if your portfolio requires them.
FAQ
What symbol should I request for the Victoria electricity spot?
Use AEMO_VIC1_SPOT. The unit is AUD/MWh. Read its value from rates.AEMO_VIC1_SPOT and its date from dates.AEMO_VIC1_SPOT.
How do I authenticate?
Pass your API key using the api_key query parameter. Example: api_key=YOUR_API_KEY. Do not send it as a header for this endpoint.
Why does the top-level base not always match the symbol currency?
When requesting multiple symbols, the top-level base may be MIXED. Always use currencies.AEMO_VIC1_SPOT for currency-specific finance logic and conversions.
What should I do on days without a fresh value?
Implement a carry-forward policy for valuations and tag the run as using the last available close. Log both the carry-forward source date and the valuation date.
Can I combine Victoria with gas or carbon symbols in one call?
You can request multiple symbols, but ensure your downstream logic respects per-symbol currencies and units. Do not assume a uniform base across energy symbols.
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