When your renewable portfolio outgrows what standard features can handle, you need software built around your operations. Relevant develops custom software for solar, wind, and storage assets, including asset monitoring, forecasting, and optimization.
Renewable assets earn their full value when they participate in grid services. Our engineers connect your fleet to the grid and manage flow, stability, and service participation end to end.
Batteries sitting idle during price peaks burn revenue and shorten cycle life. Relevant develops software that optimizes charging, discharging, and dispatch based on price signals and demand patterns.
Underperformance goes unnoticed when yield data lives in vendor portals and spreadsheets. Our engineers build custom platforms that track output, flag anomalies, and surface what’s dragging production down.
Solar, wind, and storage sites each ship with their own SCADA layer, and operators end up jumping between tools. Our team develops real-time monitoring software that consolidates all sites into a single live operational view.
Weather, generation history, and market schedules only pay off when they translate into reliable output predictions. Relevant builds forecasting tools that turn raw data into day-ahead and intraday production plans.
Bidding, settlement, and market participation across multiple ISOs and exchanges quickly outgrow manual workflows. Our team builds custom tools that automate the full trading lifecycle for the markets your assets sell into.
You get a single, accurate customer record across every touchpoint. Relevant integrates platforms like Oracle CC&B, SAP IS-U, and modern CRMs with billing and service.
Wind assets are variable, remote, and expensive to service, so the software has to anticipate problems. We build turbine performance, predictive maintenance, and production tools that turn SCADA and sensor data into early warnings and fewer unplanned truck rolls.
Relevant develops dispatch, optimization, and state-of-charge software for standalone storage and solar-plus-storage, built around price signals, demand, and degradation limits.
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.
You have a clear picture of what to build and why before we write a single line of code. We work through your assets, your operations, and the data you already generate, then hand you a defined scope and a feature set prioritized by where custom software returns the most value.
You get a technical architecture and a phased delivery roadmap built around your stack. It covers data models, the SCADA and sensor feeds your software will rely on, cloud infrastructure, and the build sequence that gets you to working software as quickly as possible.
We build and prove the highest-value functionality first, running against your real generation and asset data. From there, the rest of the build moves forward on evidence that the approach holds.
You see working software landing every two weeks, feature by feature. Each release ships with testing, monitoring, and documentation already in place, so your team reviews real, running software every sprint.
Your software runs against live generation and asset data to prove it holds up to drive decisions. We validate outputs, catch edge cases, and confirm accuracy under real conditions.
The same engineers who built your software stay on after launch. They monitor live performance, resolve edge cases, and keep iterating as your portfolio grows, with SLAs aligned to the mission-criticality of each part of the system.
More than decade of developing software for energy companies, with deep work across generation, asset, and operational systems that renewable platforms depend on.
Our engineering depth spans renewable operations, cloud platforms, and the data pipelines that turn SCADA and sensor feeds into usable software. Backed by 246 delivered projects and a 98% retention rate.
Security and compliance are designed into every build from the architecture stage, 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.
Integration work runs in 2-week sprints with clear checkpoints, transparent backlogs, and KPI visibility. Your scope can shift between systems without losing control of the budget.
The engineers who design your software stay through delivery and ongoing support, preserving the product context that keeps long-term builds maintainable well after launch.
The starting point is your real-time data: SCADA telemetry, historian archives (PI, Canary, Ignition, or vendor-specific stores), sensor and inverter feeds, and turbine OEM data, where applicable. On top of that, we work with your asset register, CMMS records, weather data sources, market data feeds for any commercial workflows, and the contents of whichever ERP or back-office system carries your generation and revenue records. Reliable enough matters more than complete.
We don’t expect a clean data warehouse on day one. Tag-naming inconsistencies, gaps in historian coverage, missing metadata, and unit mismatches are normal findings, and addressing them is part of the build. In the first phase, we run a data audit: sample pulls from each source, gap analysis, schema review, and identification of any data quality work that needs to land before specific features can run reliably. If you’re missing something material, a usable asset register, reliable weather inputs, or market price feeds, we flag it during discovery and fold the work into the roadmap to get it in place.
Yes, we can. We’ve integrated with the systems most renewable operators run, and treat your OT infrastructure as the source of truth, building the analytics, control, and workflow layer above it.
For protocols, we support OPC UA, Modbus, IEC 61850, DNP3, and MQTT, plus REST and vendor APIs where available. On historians, we ingest from OSIsoft/AVEVA PI, Canary, Ignition, Wonderware, and similar systems through their native connectors or read APIs. SCADA platforms from GE, Schneider Electric, Siemens, and ABB, alongside the major wind OEMs, are routinely part of the picture, and we connect to EMS systems where dispatch or grid services are in scope.
We don’t touch real-time control loops without explicit scope agreement, and we keep OT and IT cleanly separated in the architecture.
Working software lands every two weeks from the start, but “in production driving real decisions” is a different milestone.
A typical timeline looks like this:
Security is designed at the architecture stage and aligned with ISO 27001 and GDPR by default. For grid-connected and market-participating systems, we extend that baseline to whatever else applies in your jurisdiction.
On network and infrastructure, OT and IT are kept separate; environments are isolated in segmented VPCs; secrets are stored in managed vaults; and access follows least-privilege principles with full audit logging.
On the application side, we run static and dynamic analysis, dependency and container scanning, and a secure SDLC with peer review on every change. On data, everything is encrypted, with role-based access enforced at both the application and database layers.
We structure support around SLAs matched to criticality. For mission-critical components like dispatch logic, market bidding, or grid-service workflows, response times are tight. The tiers are defined with you during the build, so the SLA reflects what each piece of the system actually does for your operation.
Day-to-day, ongoing work covers three things:
If you eventually want to bring development in-house, we plan to make that transition with you, including documentation, runbooks, and structured knowledge transfer to your team.
Book a 30-minute discovery call to share your operations and goals. After it, you’ll receive a clear plan covering scope, timeline, and team.
See how industrial leaders rely on our energy software development experience to turn raw data from their systems into better operational decisions.
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