Your company can get more out of every cycle and extend the working life of your assets. Relevant builds energy storage management software that automates dispatch, monitors battery health, and turns scattered site data into real-time control.
Battery performance, health, and energy flow should be displayed in a single live operational view. We build custom platforms that bring every battery’s performance, health, and energy flow into a single, live, operational view.
We develop dispatch software that automates charging and discharging to maximize revenue and protect asset life.
SCADA, EMS, IoT sensors, and market systems each use their own protocols, and your storage software has to support them all. Our engineers connect your storage software to SCADA, EMS, IoT sensors, and the market systems your assets depend on.
Degradation costs you uptime and revenue long before a failure shows up on a dashboard. Relevant builds analytics that score battery health and forecast maintenance before degradation costs you uptime or revenue.
Running a storage portfolio from separate site-level tools multiplies operational overhead with every new asset. Our team of engineers has developed centralized software that runs your entire storage portfolio and manages every asset from a single platform.
Large standalone batteries earn their return in the market, so the software has to dispatch against price signals fast and accurately. We build trading, dispatch, and grid-service software that turns market and telemetry data into the right charge and discharge decisions.
For behind-the-meter assets, the value is in cutting what you pay. You get software that automates peak shaving, demand-charge reduction, and tariff optimization, so your batteries respond to load and pricing without anyone having to watch the meter.
Relevant develops software that co-optimizes solar output and storage dispatch, balancing self-consumption, export, and state of charge against real-time conditions and prices.
Running many small assets as a single coordinated resource requires software that can aggregate and dispatch in real time. We build DERMS and virtual power plant platforms that pool your distributed capacity and turn it into grid services you can monetize.
When you run solar, wind, and storage across multiple sites and markets, fragmented tools can’t keep up with you. You get unified software that brings all asset classes into a single operational view, so your team manages the entire portfolio from a single source of truth.
We start by learning how your storage runs: your batteries, your sites, your market, and the data already flowing from each. You come away with a defined scope and a feature set ranked by the order in which the software pays off.
You get a technical architecture and phased roadmap built around real-time ingestion from your SCADA, EMS, and sensor feeds, the data model behind dispatch and health logic, and the cloud foundation to scale it across sites.
The hardest, highest-value logic gets built and tested first, the dispatch decisions and battery-health scoring run against your real telemetry.
Working software ships every two weeks. Each release is tested, monitored, and documented as it lands. Your team watches the platform take shape in real time and steers what comes next.
Before your software dispatches a battery or raises an alert in production, it runs against live operational data to verify its behavior. We compare outputs, surface edge cases, and confirm accuracy under real load.
The engineers who built your platform stay on once it’s live, watching real performance, resolving edge cases, and refining the logic as tariffs shift, assets age, and your fleet grows.
More than a decade of developing software for energy companies, with deep work across the asset and operational data that storage platforms run on.
Our engineering depth spans real-time data, cloud platforms, and the dispatch and analytics logic at the core of energy storage software. Backed by 246 delivered projects and a 98% retention rate.
Role-based access, audit logs, encrypted communication, and high availability are built into the architecture from the outset, aligned with ISO 27001 and GDPR.
Senior EU-based teams overlap with US and UK working hours, integrate smoothly with in-house teams, and bring the flexibility of a nearshore model.
Development runs in 2-week sprints with clear checkpoints, transparent backlogs, and working software you can see every sprint. Your scope can shift as priorities change without losing control of the budget.
The engineers who architect your storage software stay through delivery and ongoing support.
The optimizer jointly plans dispatch across wholesale energy arbitrage, ancillary services (frequency regulation, FCAS, dynamic containment, FFR, depending on the market), capacity payments, and behind-the-meter savings such as demand-charge reduction or tariff optimization.
The core logic combines mixed-integer linear programming for day-ahead and intraday planning with model-predictive control for short-horizon dispatch. Constraints, state-of-charge bounds, ramp rates, cycle limits, warranty thresholds, and temperature windows are first-class inputs.
Market integration is where storage software earns most of its revenue, so it’s built to operate with the markets your assets actually sell into.
Post-dispatch, settlement reconciliation runs against meter and operator data, so you can see actual revenue against expected, identify performance penalties, and audit every market action.
Yes, and for any operator scaling beyond a single procurement round, this becomes critical. Different OEMs expose different telemetry, alarm structures, warranty mechanics, and chemistries (NMC versus LFP versus flow), age, and respond to dispatch in materially different ways.
The platform we build for you sits on a vendor-agnostic abstraction layer. Each asset type is mapped into a common model that captures its electrical behavior, thermal envelope, warranty terms, and aging characteristics. The optimizer treats them appropriately, so an LFP unit has a generous cycle warranty. New OEMs and chemistries get added to the abstraction layer over time as your portfolio expands.
Safety responsibility lives with the BMS and the site’s fire and protection systems, and we don’t change that hierarchy. The BMS has the final say on cell-level protection, and emergency shutdown logic at the asset level is hardware-driven, not software-controlled from our layer.
Where we add value is aggregation, escalation, and analytics. The platform pulls BMS alarms, thermal data, and protection events from every unit in your fleet into one operational view, ranks and routes them by severity, and triggers escalation procedures (notifications, on-call paging, integration with site control rooms) according to rules you define. Thermal runaway precursors, abnormal cell voltage spreads, temperature drift, and gas detection where sensors are installed are surfaced as leading indicators rather than waiting for the BMS trip. Every event, every override, and every operator action gets logged with a full audit trail for post-incident review and regulator inquiries.
The same engineers who built the platform stay on it. Day-to-day, that covers live performance monitoring, dispatch tuning as conditions shift, retraining of forecasting and degradation models against fresh data, and onboarding of new assets as you expand.
When market rules change, registration requirements update, new products launch, settlement formulas shift, the integration and optimization logic gets updated within scope. SLAs are tiered by criticality, so dispatch and market-facing logic carry tight response times with on-call coverage. Reporting and analytics sit on lighter terms.
Quarterly reviews cover platform health, market performance, and any architectural decisions worth revisiting as your portfolio evolves.
See how industrial leaders use our experience in energy software development to improve operations.
Book a 30-minute discovery call to share how your operations work today. After that, you’ll receive a clear plan covering scope, timeline, and team.
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