GitScrum/MCP Partner Directory/AEMO Australian Energy MCP

Official Vinkius Partner Grade F · 12 tools

AEMO Australian Energy MCP + Claude: Track Grid Status for Project Reporting

Stop manually compiling energy mix data from external APIs. When Claude runs the AEMO Australian Energy MCP, it pulls real-time spot prices and renewable generation proportions directly into your GitScrum task. This makes complex sustainability reporting and cost forecasting simple for any project manager.

Claude

ChatGPT

Cursor

Gemini

Windsurf

VS Code

JetBrains

Vercel

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workflow

task.delegate()

Create a task. Delegate to Claude. Get the result on your board.

Create a task in GitScrum

You write the task for Claude, asking it to analyze specific energy metrics needed for your next client deliverable. Example: 'Using the AEMO Australian Energy MCP, what was the average renewable proportion across Q1 2024?'

Claude runs the AEMO Australian Energy MCP

Claude executes the necessary API calls—like `get_renewable_proportion` or `get_market_data`—to pull granular, time-series data from the national grid sources.

Outcome lands in your GitScrum board

You receive a structured, summarized analysis of the energy metrics directly within the ticket comments. You review and approve this factual data point for your project scope or final report.

templates

task.create()

AEMO Australian Energy MCP + Claude: 3 Templates for Defining Project Scope

Copy. Paste into a Claude-aware GitScrum task. Done.

Client portaltemplate1

Analyze Renewable Mix for Client Sustainability Report

A client asks for a quarterly breakdown showing the percentage of renewable energy used in the area we served last month.

Claude prompt

I need to finalize our sustainability report section. Using the AEMO Australian Energy MCP, please pull the renewable proportion data for the last six months and summarize any significant quarter-over-quarter changes. Make sure Claude presents this as a bulleted list of metrics suitable for inclusion in a project charter.

Sprint wikitemplate2

Forecast Q3 Energy Cost Estimate based on Spot Prices

The finance team needs an updated cost estimate for our fieldwork, which depends heavily on regional electricity costs.

Claude prompt

Please use the AEMO Australian Energy MCP to retrieve historical and projected market data (spot prices) for three key regions: NSW, VIC, and QLD. Then, calculate a weighted average daily cost based on those metrics that I can include in my project budget proposal using Claude.

Sprint boardtemplate3

Determine Grid Stability for Upcoming Fieldwork Sprint

We are planning an engineering sprint and need to know if the regional power grid is experiencing any unusual stress or fluctuations that might delay equipment deployment.

Claude prompt

Using the AEMO Australian Energy MCP, retrieve the general network data for the entire quarter. Focus specifically on generation mix and demand trends to assess overall grid stability for our upcoming project sprint. Claude should highlight any areas of high variability.

01 · workflow

AEMO Australian Energy MCP + Claude: Translating Grid Data into Project Scope Definitions

Before this MCP, defining the scope of projects that require energy analysis meant manually hopping between external government sites and data dashboards. We'd spend hours copy-pasting raw spot prices or downloading complex CSV files just to get a picture of the resource environment affecting our timeline.

Now, Claude handles the data retrieval. By using the AEMO Australian Energy MCP, you delegate the entire data gathering process to an AI agent. You ask for the specific energy metrics you need—whether it's historical demand or current pollution levels—and the structured analysis lands right back in your GitScrum ticket.

Open this workflow in GitScrum →

02 · outcome

AEMO Australian Energy MCP + Claude: Automating Compliance and Reporting from Raw Data

Compliance reporting is a nightmare of repetitive tasks. You're constantly asked to prove the sustainability metrics used in your project over time, requiring you to manually correlate dates with external market reports.

Claude eliminates this manual burden. It uses the AEMO Australian Energy MCP to pull verifiable, timestamped data points directly into your workflow. Your focus shifts entirely from data collection to strategic decision-making on the project.

prompts

claude.ask()

Claude prompts that fire once AEMO Australian Energy MCP is live

Claude, I'm working on a risk assessment ticket. Can you use the AEMO Australian Energy MCP to pull pollution data (NOx or SO2) for facilities near our primary project site? This will help us quantify environmental impact.

Using the AEMO Australian Energy MCP, compare the current generation output from solar versus coal over the last 30 days. Claude needs to summarize the trend and flag any unusual dips that might affect our timeline.

I need a quick comparison of how electricity demand has changed across different regions (SA vs TAS) in the past year. Can Claude pull this using the AEMO Australian Energy MCP and present it as a simple chart description?

Before I write the scope document, can Claude use the AEMO Australian Energy MCP to list all available metrics? I need to see what data points are even queryable for my project.

specs

tools.list()

What Claude can call on AEMO Australian Energy MCP: 12 tools for project automation

Each tool is one operation Claude runs on your behalf.

tool_name	operation
list_facilities	Claude can list and filter all energy facilities and generation units by various criteria, helping AI agents scope the project's physical assets.
get_facility_data	This tool allows Claude to pull actual output data over time for a single, specific energy facility, giving detailed operational metrics.
get_market_data	Claude uses this to retrieve comprehensive market information, including spot prices and demand figures, filtered by region and date range for accurate cost modeling.
list_metrics	AI agents can query all available data points within the OpenElectricity API using this tool, allowing Claude to determine exactly what metrics are needed for a report.
get_network_by_fueltech	This function helps Claude understand the energy mix by grouping network data based on fuel technology type, essential for sustainability reporting.
get_network_by_region	Claude can use this to isolate and pull all network data specific to an Australian state or territory, allowing regional project comparisons.
get_network_data	This is the core tool Claude uses to get time series network data covering power, energy, demand, and generation for specified intervals and date ranges.
get_plans	AI agents use this function when they need to check available API plans or pricing tiers, helping scope out the required level of access for a project.
get_pollution_data	Claude retrieves pollution and emissions data from the National Pollutant Inventory (NPI), filtering by facility or pollutant type for environmental compliance checks.
get_renewable_proportion	This is vital: Claude uses this to get accurate, real-time data on what percentage of Australia's electricity comes from renewable sources, perfect for sustainability audits.
get_market_updates	Claude fetches current market updates and commentary posts via OpenElectricity, providing context about price spikes or notable outages within the project ticket.
get_user_profile	AI agents use this tool to check the user's API plan status and rate limit usage, preventing project delays due to exceeding quotas.

grade

tools

auth

Required

catalog

Vinkius

faq

faq.read()

AEMO Australian Energy MCP + Claude, answered for GitScrum users

Does the AEMO Australian Energy MCP work with both Claude Desktop and GitScrum tickets?

Yes, it works seamlessly across major platforms. Whether you're using Claude on the web or via a dedicated client like Cursor, the MCP acts as a standardized connector to pull data into your project workflow within GitScrum.

Is the AEMO Australian Energy MCP better for complex resource forecasting than ChatGPT?

The strength here is the direct integration. When Claude uses this specific MCP, it gets live, structured API data that generic AI agents can't access. It grounds your forecast in verifiable market metrics, which is crucial for accurate project budgeting.

What kind of projects are ideal for AEMO Australian Energy MCP and Claude?

Any project involving energy consumption, sustainability reporting, or infrastructure planning benefits. From optimizing solar farm placements to writing compliance reports, Claude uses this MCP as a dedicated energy analyst.

Does setting up the AEMO Australian Energy MCP with Claude require advanced coding skills?

No. You simply subscribe via Vinkius and provide your API key in GitScrum's settings. Once configured, you just write natural language prompts for Claude; it handles the complex tool orchestration behind the scenes.