Request by 31 March 2027
One battery asset. A recent optimiser report. A practical starting point.
For investors, asset owners & operators
Evaluate investments, benchmark BESS revenues and assess how grid constraints, climate exposure and infrastructure dependencies affect asset value and operational resilience.
Renewables & BESS · Data centres · Critical infrastructure
Your role. Your decision.
From investment and development to operation, expansion and resilience planning.
Investors & asset managers
For energy and infrastructure investments: compare acquisition and development options, valuation, grid constraints and portfolio exposure.
Financial scenarios, location analysis and the assumptions that change the investment case.
Energy asset owners & operators
Review BESS performance, climate exposure and infrastructure dependencies. Prepare the ESG and asset evidence your reporting needs.
Performance comparisons, climate and ESG analysis, and agreed reporting updates.
Data-centre investors & operators
Compare sites, connection and expansion options, BESS and flexibility. Assess the cost, continuity, cooling and water trade-offs.
A defined paid software pilot: option comparisons, dependencies and reporting-readiness gaps.
Grid & critical-infrastructure teams
Start with the affected substation or asset. Trace potential dependencies into water, health, telecoms, transport and data centres.
Vulnerability profiles, cascade scenarios and comparisons of safeguards and recovery assumptions.
Free initial BESS revenue and energy-project screenings through 31 March 2027. Data-centre pilots are separately scoped.
See the analysis
Explore two reports with ten chapters each: selected calculations, interpretation and the decisions they help you assess.
01 · Investment & project decisions
Compare valuation profiles, project and equity returns, scenarios and portfolio dependencies.
Inside: NPV and IRR, lifecycle costs, event stress, climate pathways, dependencies and investment options.
Explore the investment report
02 · Asset audit, ESG & compliance
of modelled Scope 3 lifecycle emissions come from initial battery cells and later augmentation. Separate single-asset example.
See the lifecycle breakdown →Explore carbon and climate exposure, site-level environmental risks, social impacts and the reporting views available for an operating asset.
Inside: carbon lifecycle, physical climate risks, water and biodiversity, communities, governance and reporting.
Explore the asset audit reportAnonymised example calculations. The chapters and data scope for your asset are agreed individually.
Make the value tangible
Compare capture assumptions and see how they change an illustrative annual value.
Choose from 43 market zones and enter the power of your battery energy storage system (BESS). Start with the historical model comparison or adjust the assumptions for your own scenario.
Request your free BESS check →For the first discussion, an optimiser report and basic asset information are enough.
Explore the historical benchmarksBESS scenario calculator
Four-hour reference battery · one cycle per day
Historical capture example · annual euro value assumed
95.6% → 99.2% · 3.6 percentage points · EUR80,000/MW/year assumed
Germany-Luxembourg
Illustrative annual day-ahead difference
Scenario calculation using the assumptions shown. Not an asset revenue forecast or a measured recoverable revenue gap.
The scenario was not transferred. Copy the summary below into your enquiry.
Continue to the BESS enquiryCapture is the share of the reference day-ahead opportunity earned, not price-forecast accuracy. The historical baseline uses yesterday’s prices; the comparison uses the published model.
An editable value at 100% capture. The default EUR80,000 is a scale assumption, not a verified maximum for the selected market, period or asset.
Public snapshot: 15 October 2026. Rolling 180-day model results for a four-hour battery and one cycle per day. 43 selectable zones represent 34 published rows. These are historical examples, not your optimiser’s results or a forecast.
Annual difference = MW × assumed maximum per MW/year × (comparison share - baseline share) ÷ 100. The difference between capture shares is measured in percentage points, not relative percent improvement. Zero and negative differences are valid.
The calculator multiplies the difference between the two capture shares by your assumed annual maximum and battery power. Published capture shares retain the source model's efficiency and cost assumptions. This calculator makes no separate adjustments for efficiency, trading or imbalance costs, degradation or availability. For a matched assessment, the capture shares and the euro reference must use the same market, period, battery constraints and economic basis. This illustration does not establish that match.
How delivery works
Start with the asset, location and question. We confirm the data needed before requesting confidential material.
Define the options, assumptions, outputs and price. Country, technology and data coverage are confirmed for the engagement.
Receive the configured report outputs, with assumptions and evidence gaps visible. Further scenarios or updates are agreed separately.
Technology delivery & innovation projects
Software, data and infrastructure delivery for energy businesses, data centres and innovation teams. xIntegra leads defined work packages through its partner network in Austria and Germany, from requirements and sourcing through integration, testing and handover.
Explore six capabilities, a clear delivery model and an illustrative energy-and-edge pilot.
xIntegra · Vienna, Austria
Tell us what decision you face, where the asset is and what data you have. We will define the useful analysis and agree the scope with you.
Discuss your analysisSoftware and data tools for energy infrastructure. Based in Vienna.
