Electricity costs can only be managed effectively across a property portfolio when consumption, purchasing model and contractual terms work together. Systematic procurement helps owners, asset managers and property managers compare offers, assess price risks and consider sustainability requirements.
What an electricity procurement strategy should deliver
The lowest offered unit rate is only one part of the decision. Predictable budgets, appropriate volume provisions and reliable processes also matter for a portfolio. A clear strategy connects four objectives:
Cost control: Manage purchasing decisions and price risks transparently.
Planning certainty: Align price fixing and contract duration with the budget horizon.
Sustainability: Define binding requirements for electricity origin and evidence.
Efficient use of resources: Standardise recurring tasks and automate suitable processes.
The appropriate structure depends on the property company's consumption profile, risk tolerance and available resources.
Optimise electricity procurement in five steps
A robust procurement strategy connects consumption data, market monitoring and contract design. Five steps are particularly relevant for owners, asset managers and property managers.
1. Analyse electricity consumption and load profiles
Record consumption, peak loads and planned changes at each supply point. Vacancy, new uses or additional equipment can change future demand. Complete data enable comparable offers and help identify operational savings potential.
2. Connect market monitoring with purchasing rules
Market data support decisions but do not reliably predict the cheapest purchasing moment. Define procurement deadlines, budget limits and approvals in advance. Staged procurement can spread the risk of a single purchasing date; it does not guarantee the lowest price.
3. Assess contractual terms and risks
Compare duration, price fixing, volume provisions, notice periods and treatment of excess or reduced consumption. For price adjustment clauses, check which index determines the price and when adjustments occur. Such clauses can pass through falling and rising prices. Even with a fixed price, clarify which components are actually fixed.
4. Create competition through tenders
Request offers using consistent data and contractual requirements. Assess additional costs, volume flexibility, administration and evidence alongside the unit rate. This creates a transparent comparison for electricity procurement across the property portfolio.
5. Integrate renewable energy deliberately
Assess green electricity and on-site generation against costs, consumption profiles and sustainability objectives. Guarantees of origin document renewable generation of the allocated electricity volume; alone, they do not assess the environmental quality of the entire product. This is explained by the German Environment Agency on green electricity and guarantees of origin. For on-site generation, investment, operation, self-consumption and remaining grid purchases belong in the commercial assessment.
Put exchange prices and supply prices in context
There is no permanently valid exchange price per kilowatt-hour. Trading time, market segment and delivery period determine the price. A short-term spot price is therefore not directly comparable with a forward price for a future delivery year.
Supply and demand, wind and solar generation, fuel prices, policy conditions and geopolitical events influence price formation. High solar output can lower prices depending on demand; low renewable generation can have the opposite effect.
For the portfolio, the contractual supply price and all applicable additional components also matter. Falling exchange prices affect costs only according to the chosen contract model. The assessment of spot and fixed-price models helps balance price risk and planning certainty.
Five measures for ongoing energy management
Consumption monitoring: Use suitable metering systems and check data resolution, availability and quality. Not every system provides real-time data.
Load management: Shift technically suitable consumption where operations and occupier requirements permit. A price benefit requires the contract model to reflect differences in prices over time.
Energy efficiency: Optimise equipment operation and technology using measured consumption and a transparent commercial assessment.
Training: Clarify responsibilities and teach the team the relevant processes, data requirements and approvals.
Automation: Support data collection, procurement and invoice checking with appropriate software. Control points remain necessary in automated processes too.
These measures can reduce consumption and administrative effort. Their impact depends on the portfolio's technical and organisational conditions.
A reliable foundation for portfolio decisions
Professional electricity procurement creates transparency around costs, contracts and risks. It combines the desired planning certainty with appropriate flexibility and clear sustainability requirements. External partners can support data preparation and implementation; responsibilities and decision processes should remain clear.
NeoBid helps property companies bring together consumption data, tendering and offer comparison. Your supply point portfolio, existing contract terms and risk requirements for the next procurement provide a starting point for discussion.
