Automation of power commands, negative price management, multi-protocol integration, and technical support for renewable energy operators and aggregators.
Renewable energy operators face growing complexity — from volatile markets to heterogeneous field infrastructure.
Prolonged negative price periods force operators to manually intervene to avoid financial losses — often too slowly to be effective.
Repetitive, time-sensitive commands executed by humans introduce delays, errors, and significant operational burden on control room teams.
SCADA systems, PLCs, inverters, and market APIs each speak different protocols — creating integration complexity and siloed data flows.
Market signals, grid events, and technical alerts require rapid response. Manual processes cannot match the speed that modern energy markets demand.
Relying on manual control increases exposure to human error, missed alerts, and regulatory non-compliance in increasingly dynamic grid environments.
Rule-based and signal-driven automation of power commands. Your assets respond to market signals, grid constraints, and operational triggers — without manual intervention.
Native integration with Modbus, OPC UA, IEC 61850, DNP3, REST APIs, and more. One coherent control layer over your heterogeneous field infrastructure.
Real-time dashboards, event-based alerting, and direct access to engineering support. Your operations stay transparent and your team stays in control.
From negative price curtailment to SCADA integration — concrete operational outcomes.
Automatic shutdown or curtailment when electricity prices go negative.
Sending precise commands to wind turbines, inverters, and field equipment.
Interconnecting SCADA, PLCs, APIs, and industrial systems seamlessly.
Event-driven notifications and escalation for operational anomalies.
Deploying and updating control logic in the field without downtime.
EnerPilot Systems works with organizations directly responsible for renewable energy production and optimization.
We bring together deep expertise in industrial automation and renewable energy operations — with a pragmatic, results-focused approach.
Strong foundation in industrial protocols, energy management systems, and real-time control architectures. We speak the language of your field equipment.
Solutions designed from the ground up for operational environments — not adapted from generic software. Reliability and latency constraints are built in from day one.
We focus on what works, not what looks impressive on paper. Clear scoping, honest timelines, and delivery focused on operational outcomes.
No one-size-fits-all here. We design around your existing infrastructure, your protocols, and your operational processes — not the other way around.
We offer a no-obligation technical discussion to understand your situation and explore how automation can help.
From market-responsive control to multi-protocol integration — every service is engineered for operational reliability.
Rule-based and event-driven automation of power commands for wind turbines, solar inverters, and associated field equipment. Real-time execution without human latency.
Continuous monitoring of electricity market signals (Day-Ahead, Intraday, Imbalance) with automatic curtailment or shutdown logic when prices cross pre-defined thresholds.
Native support for the protocols your field equipment already uses. We design and deploy protocol bridges, gateways, and data normalization layers to unify your infrastructure.
Operational visibility across your asset portfolio through custom real-time dashboards, KPI tracking, and event-based alerting. Designed for control room and remote monitoring contexts.
Direct access to the engineering team that built your system. We provide ongoing maintenance, troubleshooting, and operational support — with no intermediary layers.
When standard solutions don't fit your architecture, we develop custom automation logic, API connectors, and integration modules tailored to your specific operational context.
Let's discuss your infrastructure and define the right scope together.
Each use case reflects an actual operational challenge we address — with clear value delivered to the operator.
The operator has wind or solar assets that continue producing when electricity prices go negative, generating financial losses with each MWh injected into the grid. Manual monitoring is insufficient for 24/7 coverage.
We connect to market price feeds in real time and configure threshold-based logic that automatically curtails or shuts down production when prices cross the defined level — then restarts when conditions normalize.
The TSO or aggregator needs to send precise active power setpoints to field equipment in real time. Existing systems require manual relay or lack the required protocol compatibility.
We deploy an automated gateway that receives setpoint instructions and translates them into device-level commands using the relevant field protocol (Modbus, IEC 61850, OPC UA).
The operator manages assets with multiple manufacturers, each with their own SCADA, PLC, or API. Data is siloed, reporting is fragmented, and cross-system coordination is manual and error-prone.
We design and deploy a protocol bridge layer that aggregates data and commands from all systems into a unified interface — normalizing tags, translating protocols, and enabling cross-system automation logic.
Operational anomalies are detected late or not at all. There is no centralized alert system, and control room teams are reacting rather than anticipating.
We configure event-based monitoring with alert rules, severity thresholds, and notification routing (email, SMS, webhook). Custom dashboards provide real-time status across all monitored assets.
Operational conditions change — new market rules, updated setpoint strategies, revised curtailment thresholds. Updating control logic requires specialist on-site intervention.
We deliver remote configuration and logic update capabilities, enabling the operator to adjust automation rules and thresholds without downtime or on-site visits — with version control and rollback support.
Contact us to discuss the details of your specific operational context.
EnerPilot Systems was founded on a simple observation: the renewable energy sector was generating more data and more market complexity than existing tools could handle — and operators were left filling the gap manually.
We build intelligent control and automation systems that sit between your field assets and the markets, protocols, and operational processes they interact with. Our goal is to remove friction, reduce risk, and give your team reliable, transparent automation that you can trust.
We work with a small number of clients at a time — deliberately — so that every project receives the engineering attention it deserves. No sales-driven overpromising, no outsourced delivery, no black-box systems.
Get in TouchEnable renewable energy operators to automate complex, time-sensitive operations — reliably and transparently.
A future where every renewable asset can respond intelligently to market and grid conditions — with minimal human intervention.
Field-tested, protocol-fluent, and operationally-grounded. We design for reliability in real-world industrial environments.
We design systems that work when they need to. Uptime, fault tolerance, and predictable behavior are non-negotiable for operational automation.
You understand exactly what your automation is doing, why, and when. No black boxes, no mystery. Traceability is a design requirement, not an afterthought.
We solve the problem in front of us, not a theoretical version of it. Scopes are realistic, deliverables are honest, and we adapt when conditions change.
We adopt new technologies when they make operations more reliable or efficient — not for their own sake. Every tool we use earns its place.
We're happy to have an initial technical conversation — no commitment, no sales pressure.
Concrete technical demonstrations of the capabilities we deploy in production environments.
This demo illustrates the full cycle of market-responsive automation: continuous price feed monitoring, threshold detection, automatic curtailment command dispatch, and restart on price normalization — all without operator intervention.
A live operational dashboard aggregating production data, market prices, device status, and active alerts across a multi-site asset portfolio. Built on top of your existing data sources — no rip-and-replace required.
A practical demonstration of our protocol bridging capability: a single gateway instance receiving data from multiple field protocols and exposing a unified northbound API to SCADA or market systems.
This demo shows the event monitoring and alerting layer: configurable rules that detect anomalies and trigger notifications or automated responses. Alert routing via email, SMS, or webhook.
We can tailor a technical demonstration to your infrastructure and use case.
Contact Us to Schedule a DemoWhether you have a specific challenge in mind or just want to understand what's possible — we're happy to have a technical conversation without any commitment.
We typically respond within one business day to provide an initial assessment and propose a brief introductory call.