Cut consumption, lower costs, and hit ESG targets. Working with our energy management systems software development company ensures you get custom EMS platforms tailored to your facilities. Deploy energy management systems that combine IoT asset tracking and AI-driven analytics into a single, real-time view for totally predictable operations.
Build an EMS around your facility, plant, or grid with the architecture, controls, and visibility your operations require.
Support plant-floor operations with industrial energy management systems built for uptime, precision, and measurable efficiency gains.
Reduce energy use across single buildings and large portfolios with BEMS software built for commercial real estate and facility teams.
Turn EMS data into practical insight with analytics, forecasting, and reporting tailored to operators, managers, and executives.
Connect your EMS to the systems that already run your environment and create a more reliable data foundation.
Upgrade older energy management control systems in stages without disrupting operations or replacing everything at once.
Protect connected energy management systems with security and compliance controls built into the platform from the start.
Multi-site enterprise energy management systems with portfolio-level dashboards, site benchmarking, and corporate ESG roll-ups — one system of record for hundreds of locations.
Solar, wind, and storage assets generate variable output that’s hard to forecast and harder to monetize. Our team builds renewable EMS with generation forecasting, curtailment management, PPA tracking, and grid-export optimization — for IPPs, asset owners, and corporate renewables programs.
Plant-level industrial EMS that ties kWh to units produced, surfaces motor and compressor inefficiencies, and shaves peak demand — ISO 50001-aligned and integrated with MES and historians.
HVAC-focused EMS modules with chiller plant optimization, AHU fault detection, and AI-driven set-point control — measurable comfort and savings without ripping out existing controls.
We deliver DER orchestration, voltage/VAR optimization, outage management, and customer-facing portals built for the bidirectional, prosumer-driven grid.
Microgrid performance depends on real-time coordination across solar, batteries, gensets, and grid imports. Relevant builds microgrid EMS platforms with optimization engines for islanding, peak shaving, frequency support, and tariff arbitrage, designed to improve resilience and lower the cost of energy.
Automated demand response systems that coordinate loads across portfolios, respond to utility signals, and track settlement-grade savings, with operator overrides and audit trails built in.
ESG reporting often becomes a manual, time-consuming process with limited traceability. We build sustainability reporting platforms on top of EMS data to support Scope 1, 2, and 3 emissions tracking, science-based targets, GHG Protocol alignment, and audit-ready evidence trails.
More than 12 years of delivery across energy and other complex industries, supported by 246 completed projects, 200+ clients, and a 98% retention rate.
From edge gateways to ML deployment, the technical depth is in place to turn energy data into operational advantage. IoT, AI, and data specialists work as one delivery team from the start.
Cybersecurity for energy management control systems is treated as a design requirement, not a later-stage check. Delivery aligns with ISO 27001, GDPR, NERC CIP, IEC 62443, and SOC 2 expectations from day one.
Our senior EU-based teams align with US and UK working hours, communicate clearly, and integrate smoothly with internal stakeholders. The result is dependable execution with the responsiveness of a nearshore model.
Energy programs rarely stay static. 2-week sprints, transparent backlogs, and clear KPI visibility enable priorities to be adjusted without losing control of the budget or timeline.
The team that begins the engagement stays through delivery and ongoing support, preserving knowledge, reducing ramp-up time, and providing the continuity complex energy programs require.
Send us a quick brief. We’ll book a 30-minute discovery call within one working day, and follow up with a realistic plan: scope, timeline, team, and a fixed-fee proposal.
Our engagement starts with your goals, sites, assets, and operational pain points. Input from facility teams, IT and OT leaders, and business stakeholders shapes a clear scope, success metrics, and an EMS architecture aligned with day-to-day operations.
Security and compliance requirements are defined early and built into the architecture from the outset. OT and IT segmentation, identity and access controls, and audit trails are designed as core system requirements.
Prototypes are created for facility operators, control-room engineers, and executive users to validate usability, operational fit, and platform direction before full development begins.
Delivery moves in 2-week sprints with thorough QA across unit, integration, and field-condition testing on real hardware. Reliability, accuracy, and uptime are validated against the conditions your operations actually face.
Rollout is planned to fit the operational environment, with phased deployment, on-site support, and minimal disruption. Integrations with SCADA, BMS, ERP, and IoT layers are validated in production before handover.
After launch, we can help you maintain and improve the EMS through feature updates, new integrations, retraining ML models, and ongoing security hardening.
Off-the-shelf EMS platforms often force teams to work around fixed workflows, licensing models, and integration limits. Custom EMS software development provides a platform tailored to your sites, equipment, processes, and reporting requirements. It also gives you more control over the roadmap, the data model, and the long-term cost structure.
Yes. A modern EMS can sit above existing infrastructure and connect both legacy equipment and newer IoT devices through standard industrial protocols such as Modbus, BACnet, and OPC UA. In many cases, that enables modernizing visibility and analytics without replacing working hardware.
The timeline depends on the environment, but many industrial and commercial deployments begin showing measurable savings within three to six months. Early gains often come from identifying demand spikes, HVAC inefficiencies, underperforming assets, and avoidable energy waste. Over time, the value grows through better control, forecasting, and portfolio-level visibility.
Yes. Enterprise energy management systems can be designed to support multi-site operations across regions, business units, and asset types. That enables monitoring consumption, comparing site performance, tracking carbon metrics, and standardizing reporting through a single shared platform.
Protection starts at the architecture level. A secure EMS deployment typically includes IT and OT segmentation, encrypted data flows, role-based access controls, audit trails, and continuous monitoring. Depending on the environment, the design can also align with requirements such as NERC CIP, ISO 27001, and SOC 2.
For more than a decade, Relevant has helped organizations improve operations and asset performance through custom energy software. Here are two examples.
AI
IoT
IoT