Your Electricity Development Pathway, VIC
Published 2026-10-25
This brief assesses electricity generation from the manure of 1,000 fully housed dairy cows in Victoria. The modelled output of 2,415 kWh/day establishes a candidate route for behind-the-meter or grid-connected electricity, pending site-specific parasitic load analysis. While Biomethane and BioLNG remain alternatives, the primary investigation must now focus on connection technicalities and EPA Victoria permitting. Commercial viability is not established until CAPEX, OPEX, and local network constraints are verified via the proposed Action Plan.
Action plan
Confidence 0%
First: Conduct a site audit to confirm actual manure collection volumes and volatile solids content.
Next: Consult with the local DNSP to identify connection constraints for a 2,415 kWh/day gross output.
Then: Screen EPA Victoria permission requirements (A07a vs A07b) based on verified tonnage.
Decision gate: Commercial viability assessment once indicative CAPEX and local electricity buy-back rates are secured.
Developing this pathway in VIC
Confidence 0%
Victoria has a recorded history of 13 anaerobic digestion projects within this specific manure pathway, though many historical candidates lack published capacity data. The Victorian biomass context [VIC-1] highlights regional potential but necessitates site-specific EPA permissions. Development depends on navigating the General Environmental Duty and specific permissions for organic waste processing. Unlike gas injection [VIC-6], electricity projects must interface with the relevant Victorian Distribution Network Service Provider (DNSP) which varies by region.
Determine EPA Permission Tier
- Why it matters for you: Processing organic waste requires either A07a or A07b permissions depending on throughput and risk [VIC-3, VIC-4].
- Evidence needed: Finalised annual tonnage and feedstock characterisation.
- Next action: Request a pre-application meeting with EPA Victoria.
- Who confirms it: EPA Victoria.
Define Grid Connection Capacity
- Why it matters for you: The local Victorian network may have constraints that limit the 2,415 kWh/day export potential or require costly protection relays.
- Evidence needed: Site-specific Feeder capacity and Voltage Rise studies.
- Next action: Submit a preliminary enquiry to the local DNSP (e.g., Powercor or AusNet).
- Who confirms it: Relevant Network Operator.
Project Objective and Declared Scenario
Confidence 0%
The objective is to investigate the development of an electricity generation plant using manure from 1,000 fully housed dairy cows as the primary feedstock. Based on deterministic model engine ecosystem-1.0.0, this herd is modelled to produce 2,415 kWh/day over 346.75 operating days per year. This assessment treats electricity as the preferred pathway, though biomethane (882 Nm³/day) and hydrogen (158 kg/day) are noted as mutually exclusive alternatives. The project is currently at an early investigation stage in Victoria; however, specific site coordinates, network connection capacity, and actual feedstock collection rates are not yet confirmed. The mandate is to establish the regulatory and technical baseline before committing to a specific plant configuration.
Commercialisation screen
Confidence 0%
Commercial viability not established. While wholesale electricity prices are tracked, specific project financials cannot be determined without CAPEX and OPEX inputs. The value of digestate remains an unknown but critical factor for the nutrient management plan [VIC-5]. Similarly, biogenic CO2 recovery (modelled at 1,068 kg/day) is not a verified revenue stream as buyer prices are not established on Shelby. The project must exclude certificates and funding from the base case to ensure core viability. The next commercial task is to solicit indicative quotes for a modular AD plant and CHP unit to establish a cost basis.
Your next pathway decisions
Confidence 0%
The modelled output of 2,415 kWh/day represents a theoretical gross yield. The most useful next investigation is a parasitic load study to determine net exportable energy. The electricity route is selected over the biomethane candidate route (882 Nm³/day) due to the simplicity of onsite power displacement, yet the commercial comparison is insufficient without local network augment costs. Resource volume is currently an assumption based on herd size; actual recoverable mass depends on the specific housing and flush systems employed.
Verify Net Energy Export
- Why it matters for you: Gross kWh does not account for the energy consumed by pumps, mixers, and heating within the AD plant.
- Evidence needed: Estimated parasitic load (kW) and generator efficiency curves.
- Next action: Screen engineering providers for a preliminary energy balance.
- Who confirms it: Energy consultant or technology provider.
Confirm Feedstock Recovery Rate
- Why it matters for you: Herd size alone does not establish available tonnage; bedding types and washing frequency significantly alter gas potential.
- Evidence needed: Lab analysis of Volatile Solids (VS) and daily manure collection logs.
- Next action: Conduct a 14-day waste audit on-farm.
- Who confirms it: Site manager or agricultural consultant.
Frequently asked questions
Can I use the modelled 2,415 kWh/day to secure a bank loan?
No, modelled output is not verified production and commercial viability is not yet established.
Does 1,000 cows guarantee the feedstock volume?
No, herd size alone does not establish available feedstock; recovery depends on housing and collection methods.
Are carbon credits included in this assessment?
No, certificates and funding are excluded from the base case as per Shelby hard rules.
Is electricity connection the same as gas connection?
No, electricity and gas connections use entirely different infrastructure and different Victorian operators.
Sources & References
Pre-feasibility research only, not engineering, financial or legal advice or a guarantee of supply, demand or price.
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