Energy Market Report July 2026: Price Risks for Real Estate Portfolios
Updated: 4 days ago
July has changed the starting point for energy procurement
European energy markets moved sharply higher in July 2026. For the real estate industry, however, the key issue is not simply that electricity and gas became more expensive. What matters is where along the forward curve prices increased and which delivery periods are relevant for a specific property portfolio.
The figures below refer to 31 July 2026. “Cal-27” means delivery in calendar year 2027; “Q4 2026” means the fourth quarter of 2026.
German Power Cal-27 rose by 12.1% over four weeks to €104.24/MWh. The winter contract for Q4 2026 increased by 22.0% to €139.46/MWh.
THE Gas Cal-27 reached €43.64/MWh, 20.0% above its level four weeks earlier. Q4 2026 rose by 35.7% to €59.94/MWh.
For owners, asset managers and property managers, the annual price is only part of the picture. Decisions also depend on the delivery periods, consumption volumes and remaining open positions within the portfolio.
How price movements affect portfolio budgets
The four-week increase in Power Cal-27 represented approximately €11,250 per GWh of annual consumption. Compared with twelve months earlier, the difference was around €21,840 per GWh.
For a portfolio requiring 5 GWh of electricity in 2027, these movements translate into approximately €56,000 over four weeks and €109,000 over twelve months.
These examples reflect changes in wholesale value only. Grid charges, levies, taxes, balancing and supply costs, and supplier margins are excluded. Volumes whose price has already been fixed are affected differently by subsequent market movements from volumes that remain open.
Higher energy costs can increase service charge budgets and tenants’ occupancy costs. Where costs remain with the owner, they directly affect operating cash flow and net operating income (NOI). Energy procurement therefore also belongs within asset management and business planning.
Why delivery quarters and consumption profiles matter
At the end of July, Power Q4 2026 cost €139.46/MWh, compared with €87.35/MWh for Q2 2027. The winter quarter was around 60% more expensive. Gas Q4 2026 stood at €59.94/MWh, compared with €40.84/MWh for Q2 2027.
An annual contract provides a price for the full delivery year. For portfolio management, that figure can conceal differences between quarters. Tranche-based and multi-year strategies therefore benefit from a review of individual delivery periods.
Hotels, healthcare properties, care facilities and residential portfolios have different seasonal consumption profiles from logistics, office or retail assets. Where heating demand is concentrated in expensive winter quarters, the financial effect may differ substantially from a simple annual average.
The forward curve reveals different price exposures
July’s price movement was not evenly distributed across delivery years. Power Cal-27 stood at €104.24/MWh, Cal-28 at €86.82/MWh and Cal-29 at €77.87/MWh. Cal-29 was around 25% below the front year. The corresponding gas prices were €43.64, €31.37 and €27.21/MWh.
Several factors affected the power market in July: high temperatures and cooling demand, temporarily reduced French nuclear availability, weaker wind generation and a significantly higher gas price.
These factors primarily affected near-term contracts and winter quarters. Later delivery years reacted less strongly.
Buying only shortly before delivery concentrates procurement decisions at the front of the curve. A multi-year approach allows delivery years and purchasing dates to be considered separately. It does not guarantee lower prices.
Other providers in real estate energy procurement are also adopting structured, longer-term approaches. Market examples include multi-year tenders and fixed-price agreements for property portfolios.
Gas: assess storage levels alongside open volumes
German gas storage facilities were 46.84% full at the end of July 2026, compared with 60.79% at the same point in 2025 and 89.19% in 2024. The year-on-year gap was therefore around 14 percentage points.
This does not establish an immediate supply shortage. A lower storage level does, however, increase the volume required before the heating season and sensitivity to additional demand, cold weather or supply disruptions.
Geopolitical risks and global competition for LNG also matter. Asian demand can influence European prices even when physical supply in Europe remains stable. For property portfolios, the relevant forward products and remaining open volumes are therefore as important as the spot price.
Which energy costs remain with the owner?
Germany’s CO₂ Cost Allocation Act (German text) allocates residential carbon costs between landlords and tenants according to specific building emissions. For non-residential buildings, costs are generally shared equally, subject to statutory exceptions.
The 2026 reform of German heating legislation also affects investment decisions. The Building Modernisation Act (German government overview) removes the previous 65% requirement and extends cost-sharing for certain newly installed fossil-fuel heating systems in rented existing residential buildings.
A heating system should therefore be assessed beyond its initial capital cost. Owners also need to consider the energy, carbon and other operating costs they retain over its useful life and the asset’s holding period. Procurement, technical decarbonisation and long-term cash-flow planning belong in one assessment.
From service charge budgets to NOI and investment planning
Higher energy prices do not automatically reduce NOI. Recoverability depends on leases, property use and the applicable legal framework.
Operating budgets: Higher energy prices initially increase expenditure and may raise tenants’ total occupancy costs.
Cash flow: Non-recoverable components directly affect the owner.
Letting performance: High service charges can weaken a building’s competitive position and affect tenant demand and retention.
Investment: Energy-intensive or inefficient buildings may face implications for asset value, CapEx planning and transition risk.
Energy procurement and decarbonisation should therefore be managed together.
Four checks for asset and property managers
The market picture does not justify either fixing every open volume immediately or simply waiting. Start with the portfolio’s remaining exposure.
Consolidate contracts and data: Bring together supply points, contract terms, notice periods, delivery dates, annual consumption, measured or standard load profiles, and secured and open volumes. Complete metering and consumption data provide the foundation.
Build a delivery-year matrix: Show the proportion of electricity and gas demand already price-fixed for 2027, 2028 and 2029.
Check budgets and risk limits: Compare the forward curve with the cost range the business plan can support. Make contract deadlines and tender requirements visible to property management.
Review purchasing dates: Staggering decisions can reduce the risk of contracting all demand during a high-price period. It does not guarantee a lower average price.
Use procurement rules to guide decisions
Weather, plant availability, storage developments and geopolitical events make short-term price forecasting difficult. Procurement horizons, volume allocation, purchasing dates, contract structures, tender scope and decision rules are more directly manageable.
The July 2026 report illustrates why these decisions belong at portfolio level. Visibility over consumption, contract terms, open volumes and delivery years helps align price exposure with cash flow, NOI, operating budgets and the decarbonisation strategy.
Further reading: Why timing alone cannot replace a procurement strategy.
Sources and data basis
The historical market figures and calculations are retained from the NeoBid Energy Market Report 07/2026: market data as at 31 July 2026 and the original report’s regulatory cut-off of 20 August 2026. Its stated sources include EEX, EPEX, SMARD/Bundesnetzagentur, AGSI/Trading Hub Europe, the German Federal Law Gazette, the German Federal Government and the European Commission.
EEX publishes official settlement and final-settlement data for power futures. The linked official legal sources support the discussion of costs retained by owners.
Where does your portfolio still carry open price exposure?
Discuss with NeoBid how delivery years, contract deadlines and budget limits can be brought together through structured energy procurement.
