Energy Procurement and Contract Strategy Training Course

Participants can interpret the market factors that influence energy prices and supplier offers.

• Wholesale market participants: generators, retailers, traders, networks, and large consumers
• Merit-order pricing and marginal generation effects on electricity market prices
• Gas market fundamentals: hubs, storage, liquefaction, transport, and balancing
• Fuel price drivers including crude benchmarks, refining margins, freight, and taxes
• Weather, outages, geopolitical events, and policy changes affecting energy markets
• Forward curves, spot prices, basis risk, and market liquidity explained

Participants can create a reliable demand baseline from energy consumption and operational data.

• Interval-meter data cleaned, validated, and reconciled against supplier invoices
• Load-profile analysis identifying baseload, peak demand, seasonality, and anomalies
• Consumption drivers linked to production volumes, occupancy, weather, and operating hours
• Energy intensity metrics calculated per unit, site, employee, or revenue
• Forecast assumptions documented for planned assets, closures, efficiency, and growth
• Demand baseline separating controllable consumption from contracted supply obligations

Participants can distinguish energy cost components and identify priority savings opportunities.

• Invoice decomposition into commodity, capacity, network, tax, balancing, and service charges
• Total cost of ownership comparing quoted rates and non-commodity cost exposure
• Spend cube analysis by commodity, site, supplier, tariff, and contract term
• Demand charges and power-factor penalties assessed from billing and metering records
• Cost-to-serve differences between high-load-factor and intermittent consumption profiles
• Should-cost models built from consumption forecasts, tariffs, and index assumptions

Participants can formulate a category strategy using supply-market evidence and business priorities.

• Kraljic Portfolio Matrix positioning electricity, gas, fuels, and renewable attributes
• Supplier market mapping by ownership, geographic coverage, capability, and credit strength
• Porter's Five Forces applied to regulated and competitive energy markets
• PESTLE analysis identifying policy, carbon, infrastructure, and technology influences
• Make-buy decisions for self-generation, storage, aggregation, and retail supply
• Category strategy choices linked to risk appetite and procurement objectives

Participants can assess energy price exposure and select risk-management responses.

• Fixed-price, indexed-price, and blended contracts compared under market scenarios
• Volume risk measured against forecast error, minimum commitments, and take-or-pay clauses
• Scenario analysis testing budget outcomes under price, demand, and currency movements
• Hedging ladders scheduling staged purchases across defined future delivery periods
• Value-at-risk concepts applied to energy budget exposure and risk limits
• Risk register assigning owners, triggers, controls, and escalation thresholds

Participants can select and plan an appropriate sourcing route for energy requirements.

• Competitive tendering, reverse auctions, bilateral negotiation, and framework call-offs compared
• Sourcing route selected using spend value, urgency, market liquidity, and complexity
• Procurement timetable aligned with contract expiry, hedge windows, and approvals
• Lotting strategy separating sites, commodities, terms, and renewable requirements
• Prequalification criteria covering licences, credit, technical capability, and service capacity
• Market engagement plan testing supplier interest before formal tender release

Participants can prepare tender documentation that produces comparable and actionable supplier bids.

• Statement of requirements specifying volumes, sites, meters, services, and term
• Pricing schedules separating commodity rates, indexation, fees, and pass-through charges
• Bid instructions controlling assumptions, exceptions, validity, and clarification procedures
• Supplier questionnaire assessing financial health, regulatory status, and operational capability
• Service-level requirements covering billing accuracy, data delivery, and incident response
• Tender governance documenting conflicts, approvals, audit trail, and confidentiality

Participants can evaluate energy proposals using weighted criteria and documented commercial analysis.

• Weighted scorecards balancing price, risk, service, sustainability, and implementation capability
• Bid normalisation correcting differing assumptions, units, taxes, and index dates
• Total cost comparison across contract terms, forecast volumes, and scenarios
• Supplier financial assessment using credit ratings, accounts, guarantees, and parent support
• Clarification logs separating permissible clarifications from material bid changes
• Award recommendation records linking evaluation evidence to approval requirements

Participants can structure an energy supply contract around key commercial and operational risks.

• Contract schedules separating supply terms, pricing, sites, service levels, and reporting
• Definitions controlling delivery points, contracted volumes, imbalance, and force majeure
• Term, renewal, termination, and exit provisions aligned with sourcing strategy
• Change-control procedures governing site additions, load changes, and tariff amendments
• Order-of-precedence clauses resolving conflicts between tender documents and contract schedules
• Contract risk allocation assessed through likelihood, impact, ownership, and mitigation

Participants can review pricing and volume clauses for financial exposure and operational fit.

• Index formulas tested for reference source, timing, units, and adjustment mechanics
• Pass-through charges defined with evidence requirements, notice periods, and audit rights
• Volume tolerance bands calibrated against forecast accuracy and operational flexibility
• Take-or-pay provisions assessed against shutdown, growth, and demand-reduction scenarios
• Price reopening clauses linked to material regulatory or market changes
• Invoice dispute provisions setting timelines, payment rules, and escalation routes

Participants can prepare and conduct structured negotiations on energy supply terms.

• Negotiation mandate defining objectives, walk-away points, authority, and concession limits
• BATNA analysis comparing alternative suppliers, extensions, and self-supply options
• Issue matrices ranking price, volume, credit, service, and termination priorities
• Package proposals trading contract term against pricing, flexibility, and service commitments
• Supplier claims challenged using market evidence, bid data, and contract language
• Negotiation records capturing agreements, open points, owners, and closing actions

Participants can evaluate renewable-energy procurement options against cost, claims and delivery requirements.

• Renewable electricity claims distinguished by location, market boundaries, and certificate ownership
• Green tariffs evaluated for additionality, pricing premium, traceability, and contract term
• Energy attribute certificates assessed for issuance, transfer, retirement, and verification
• Corporate power purchase agreements compared: physical, virtual, sleeved, and synthetic
• Additionality, hourly matching, and avoided-emissions claims examined for procurement decisions
• Renewable procurement roadmap aligning contract dates, targets, budgets, and governance

Participants can assess procurement implications of distributed energy and flexibility options.

• Solar photovoltaic business cases incorporating yield, degradation, tariffs, and maintenance
• Battery storage economics evaluated through peak shaving, arbitrage, resilience, and degradation
• Demand response arrangements reviewed for availability, performance, penalties, and revenue sharing
• Behind-the-meter generation impacts on load forecasts and supplier volume commitments
• Energy-as-a-service contracts compared with capital purchase and operating lease structures
• Interface risks mapped between asset providers, utilities, retailers, and site operations

Participants can specify data, reporting and governance controls for energy procurement decisions.

• Meter-data management controls for completeness, timeliness, estimation, and correction
• Energy dashboards tracking consumption, cost, emissions, hedges, and supplier performance
• Data quality rules identifying duplicates, gaps, unit errors, and abnormal readings
• Approval workflows separating analysis, trading authority, contracting, and payment controls
• Audit trails retained for tender decisions, contract changes, hedges, and certificates
• Cybersecurity requirements assessed for metering platforms and energy-management systems

Participants can establish contract-management routines that protect service and commercial value.

• Contract-management plan defining governance forums, reporting cadence, and accountable owners
• Key performance indicators covering billing, data, switching, service, and issue closure
• Service-credit mechanisms linked to measurable failures and verified performance evidence
• Supplier business reviews examining performance trends, risks, improvement actions, and disputes
• Obligation register tracking notices, renewals, certificates, guarantees, and reporting dates
• Dispute escalation ladder moving from operational resolution to formal contractual remedies

Participants can identify compliance requirements and control evidence supporting energy procurement decisions.

• ISO 50001 procurement requirements linked to energy performance and purchasing criteria
• Regulatory obligations mapped for licences, consumer protection, reporting, and market conduct
• Carbon reporting evidence traced from supplier data through calculation and disclosure
• Environmental claims reviewed for substantiation, certificate retirement, and double-counting risks
• Sanctions and anti-bribery controls applied to international fuel and energy suppliers
• Records-retention schedule covering tenders, contracts, invoices, certificates, and approvals

Participants can assess emerging market developments and incorporate them into procurement plans.

• Electrification demand growth affecting capacity planning, tariffs, and procurement timing
• Decentralised energy resources changing supplier roles, flexibility markets, and contract models
• Hourly carbon accounting implications for renewable procurement and reporting claims
• Artificial intelligence forecasting applications assessed for data quality and governance risks
• Grid constraints, curtailment, and connection queues incorporated into renewable sourcing decisions
• Future-scenario planning testing procurement strategy against policy and technology changes

Participants can build, review and present a complete energy procurement strategy and contract-management plan.

• Demand baseline, spend analysis, and supplier market findings consolidated into evidence
• Risk appetite translated into fixed, indexed, renewable, and flexibility procurement choices
• Sourcing route, tender timetable, and evaluation model assembled for approval
• Commercial terms prioritised through pricing, volume, service, and governance requirements
• Implementation roadmap assigning milestones, owners, dependencies, and decision gates
• Peer review testing strategic logic, commercial assumptions, and contract risk controls