
U.S.-Based
Custom Software for Renewable Energy Operations
Software engineering for utilities, IPPs, grid operators, and asset owners managing solar, wind, hydro, and storage portfolios. We turn operational data into systems that actually run your plants.

Let's build together.
Talk with a senior engineer about your product idea, architecture, and what it would take to build it.
90+
Active Client Partnerships
80+ Person
Product & Engineering Team
100%
Your Code & IP Ownership
U.S.-Led
Delivery & Accountability
We understand the challenges you're facing
We track production in spreadsheets and reconcile PPAs by hand every month.
Manual reconciliation between metered generation, forecast baselines, and PPA terms is where most operators lose time and margin. SoftDoes is an engineering partner for companies in the energy sector, and custom energy software development replaces those spreadsheets with automated pipelines that pull meter data, apply contract logic (time of day rates, volume guarantees, penalty thresholds), and produce settlement reports. The system can use data analytics to forecast energy production more accurately and flag discrepancies before your finance team ever sees them. Renewable energy systems generate large amounts of real time data that can be analyzed for automated actions; spreadsheets cannot keep pace with that volume or frequency.
Our SCADA feeds data to one system, OEM portals to another, and nothing talks.
Modern renewable software has to connect existing systems across field telemetry, OEM software, and physical infrastructure without forcing teams into manual workarounds. That fragmentation means your operations team toggles between five or six screens to understand one plant's status. We engineer integration layers using protocol gateways (OPC UA, Modbus, MQTT) and vendor approved APIs that pull telemetry into a single unified data model. Unified data models ensure communication across diverse hardware vendors in renewable energy systems. Your team sees one dashboard, not a patchwork.
We added storage to our solar sites and have no dispatch logic that handles both.
Hybrid plants need co dispatch rules that account for generation curves, battery state of charge, grid export limits, and market price signals simultaneously. Off the shelf monitoring tools were not designed for managing distributed energy resources or balancing power distribution across hybrid sites. Algorithms decide when to charge and discharge battery systems for optimal market value, and we engineer those algorithms into your dispatch engine. Battery management systems optimize charging and discharging strategies based on generation and demand, which means the software must model both assets together, not as separate feeds.
Regulatory reporting takes our compliance team weeks every quarter.
Enterprise platforms automate the collection and reporting of emissions and sustainability metrics. We engineer modules for regulatory compliance that pull generation data, apply emissions factors, track certificate positions (RECs, guarantees of origin), and support document management in the formats your jurisdiction requires. Software must adapt to changing environmental policies and compliance rules for effective operation, so we design these modules to accept new templates and calculation methodologies without rewriting core logic. Your compliance team reviews and submits rather than assembling data from scratch.
Our investors and corporate buyers want real time production dashboards we cannot give them.
Stakeholder portals are not a nice to have; they are a contractual expectation for most corporate PPAs and project finance structures. We engineer role based portals where investors see portfolio level KPIs, corporate buyers see carbon reporting tied to their offtake agreements, and landowners see revenue share statements. Built as asset monitoring platforms, these dashboards make performance monitoring practical by showing output trends, system health, and exceptions in one place. Each portal draws from the same underlying data platform your operations team uses, so there is no second source of truth.
You run the plants. We engineer the software.

Portfolio Operations Platforms
A central console managing alarms, KPIs, availability, and maintenance across your renewable portfolio. Whether five solar sites or fifty wind turbines, this platform offers digital solutions for asset management and operational efficiency.
Fleet wide real time monitoring and alarm management
Work order assignment with mobile apps for field crews
Downtime and availability tracking by asset and cause

Forecasting and Dispatch Tools
AI powered forecasting and dispatch optimization for operators needing accurate forecasts linked to market participation or PPA compliance. We use predictive analytics to model irradiance, wind, and site behavior, as renewable energy generation depends on weather and environmental factors.
Day ahead and intraday production reforecasting
Curtailment prediction for clipping and grid constraints
Dispatch scheduling for storage and hybrid facilities

Market and Grid Integrations
Automated platforms allow producers to dynamically trade renewable energy on wholesale markets without manual data entry, using real time grid analytics to support distributed energy resources and automate power distribution across complex transmission networks.
Automated schedule submission to market operators
Imbalance and settlement calculation engines
Congestion and constraint risk visualization
Numbers Don’t Lie
Recent projects showcasing how we design, engineer, and deliver production-ready software solutions.
WHAT CLIENTS SAY
Independently verified reviews from real clients on Clutch.co
Why they Choose SoftDoes
- 01SENIOR ENGINEERS, NOT LAYERS
Your project team talks directly to the engineers writing your code. There is no account manager translating requirements through two layers of management before a junior developer sees them. In renewable energy operations, misunderstanding an inverter telemetry protocol or a PPA settlement formula means the software produces wrong numbers. Our engineers understand energy protocols like OPC UA and IEC 61850, the difference between string level and inverter level monitoring, and how renewable energy technology behaves in real operating conditions. That domain knowledge sits in the people writing your system, not in a presales deck.
- 02PREDICTABLE DELIVERY
Every sprint ends with working software reviewed by your operations or trading team, not a slide deck. We define scope during discovery workshops with your asset managers, grid specialists, and compliance leads before developing software starts. The roadmap has concrete milestones tied to operational outcomes across the project lifecycle: first alarm system live, first forecast module validated against historical data, first automated PPA report generated. That same structure matters when building renewable energy software, because scope, integrations, and decisions need to stay visible as the work moves forward. If the scope changes because you acquire new sites or enter a new market, we adjust the roadmap transparently rather than hiding behind change order paperwork.
- 03BUILT TO LAST PAST LAUNCH
We design modular architectures with clean separation between ingestion layers, analytics services, and user interfaces. Time series databases handle telemetry. Relational models handle contracts and events. Hot and cold storage tiers keep dashboards fast while preserving years of historical data for trend analysis, performance optimization, and regulatory audits. Where a system needs digital twin technology to mirror turbines, substations, or storage assets, we account for that in the architecture from the start. The reliability of renewable systems depends on rigorous testing and validation processes, and we apply that same discipline to the software layer.
- 04NO BABYSITTING REQUIRED
After launch, your internal team can operate the system without calling us for every configuration change. We write clear runbooks, train your operators and field technicians, and design admin interfaces that let your team add new sites, update PPA parameters, or modify alarm thresholds without touching code. Test coverage and automated monitoring catch issues before your users do. When you do need us, we respond under defined SLAs. Your team runs the platform; we stay available for evolution, not for daily hand holding.
WHAT WE DO FOR YOU
Our engagement model is designed for how renewable energy companies actually operate: regulated, distributed, data intensive, and always on.
Software engineering for utilities, IPPs, grid operators, and asset owners managing solar, wind, hydro, and storage portfolios.
We build quality software for organizations where audit readiness, traceability, and consistent processes are non-negotiable.
Oil Gas Software
Utility Billing
Smart Grid
Energy Management
EV Charging Software
Complex systems, integrations, and internal platforms built to evolve. We step in when off-the-shelf tools stop being enough.
Energy Trading Risk
From first version to real traction without painting yourself into a corner. Built for speed now and hard decisions later.
Asset Management
Systems designed around controls, traceability, and change management. Built so audits don’t become fire drills.
Energy Utilities
Infrastructure software built for long timelines and high stakes. Reliable systems for assets that can’t afford guesswork.
Frequently Asked Questions
Everything you need to know about working with SoftDoes. Can’t find an answer?
What does renewable energy software development actually involve?
It means engineering custom web, data, and integration systems that monitor, analyze, and control renewable energy assets and portfolios. In practice, that includes fleet monitoring consoles, production forecasting services, dispatch optimization engines, trading interfaces, compliance reporting tools, and stakeholder portals. Across the renewable energy industry, those digital solutions often combine AI, machine learning, and connected operational data to improve performance and planning. SoftDoes focuses on the software and data layers, collaborating with your hardware vendors and SCADA providers on the device and protocol side. Software development is crucial for modernizing the clean energy transition across solar, wind, hydro, and storage technologies.
How do you integrate with our existing SCADA and EMS?
We work with your OT and IT teams to define safe integration zones and use vendor approved interfaces. Protocol gateways handle OPC UA, Modbus, and MQTT connections. We plan integrations around your existing systems so new platforms can exchange data cleanly after testing and deployment. We start with read only data paths and only enable control or write actions after rigorous staging tests. SCADA and IoT monitoring systems provide real time telemetry and automated maintenance alerts that feed directly into the platforms we engineer.
How long does a renewable energy software project typically take?
A focused portfolio dashboard or reporting tool can reach first production release in three to six months. Dispatch and market integration systems with multiple data sources and regulatory constraints typically run six to twelve months or longer. Better software can also reduce waste and downtime that keep operators more dependent on fossil fuels than they need to be. Factors include number of assets and markets, integration complexity, data quality, and stakeholder availability. We target early usable increments rather than a single large launch, so your team gets value in weeks rather than waiting for a final cutover.
How do you handle data security and compliance for energy software?
We design every system with encryption in transit and at rest, least privilege access controls, multi factor authentication, and full audit trails. Cybersecurity measures are essential for protecting distributed energy resource management systems. We also account for renewable integration requirements where secure data flows and control boundaries affect grid reliability. We align with regional grid codes and data residency requirements, configure cloud infrastructure to meet regulatory expectations, and plan for incident response. Software must comply with regional grid codes and cybersecurity frameworks, and our architecture reflects that from the first sprint.
Who owns the source code and data?
You own all custom code and data. We hand over repositories, infrastructure as code definitions, and comprehensive documentation so your internal team or any future partner can maintain and extend the system confidently. This includes detailed architectural diagrams, API specifications, and operational runbooks to ensure smooth knowledge transfer. The only exceptions are pre existing SoftDoes utility libraries, which are explicitly identified in every contract to maintain transparency. Our approach eliminates vendor lock in by design, empowering you with full control over your software assets and future development decisions.
Can you work alongside our existing in house development team?
Yes. We support several collaboration models: embedded feature teams, platform and integration focused work while your team handles UI, or full co development with shared code reviews and joint architecture sessions. When we are developing software with an internal team, we usually define responsibilities, review gates, and delivery milestones during discovery. We align on your CI/CD workflows, coding standards, and knowledge transfer practices so the partnership is productive from the first week.
Do you support systems after launch?
Yes, especially when building renewable energy software for operators whose reporting rules, markets, and asset portfolios keep changing. Every engagement includes a defined post launch support option covering monitoring, bug fixes, performance tuning, and new feature work. Renewable energy operations evolve constantly: new sites come online, PPAs get renegotiated, markets restructure, and regulations update. We plan for that evolution as part of the engagement, not as an afterthought. Our support team works proactively to identify potential issues before they impact your operations, ensuring continuity and reliability. We also provide regular software updates to incorporate the latest compliance requirements and technological advancements.
What do you need from us before we start?
Access to key stakeholders (operations, trading, compliance, finance), sample data sets from your SCADA or historian systems, an overview of current vendors and tools, clear business objectives, and known regulatory compliance requirements. Sharing existing documentation like one line diagrams, SCADA tag lists, and PPA templates accelerates discovery and reduces project risks. If your roadmap includes specialized assets, we may also review modeling software assumptions early; that matters in areas like wave energy, where project planning is still highly custom and often still in the R&D stage. The more concrete the inputs, the faster we move from workshops to working software.








































