HelioNerva is a modular software family for BESS, solar PV, EV charging, data, AI and field service. Choose the products that solve your daily operating tasks and configure them for your equipment, team and site.
Interface concept ↗
Choose the product for the task: monitor equipment, control energy, organize data or manage field service. Combine the modules around your operating workflow.
A common starting point for your energy team. Open equipment views, deployed applications and technical documentation from one recognizable module hub.
Monitor battery state, energy movement and operating history in one workspace. Connect SOC, SOH, power, alarms and trends to the equipment behind every value.
Operate equipment and carry out commissioning tasks from a traceable control workspace. Follow authorized commands, test sequences and the recorded equipment response.
A direct interface for daily battery operation. Set power, follow SOC and review energy movement across your configured storage groups.
Regulate battery power from site measurements around your grid-exchange target. Coordinate storage response within the configured battery limits and operating envelope.
Manage charging equipment, sessions and customer workflows in one operating process. Coordinate CPO, eMSP and mobility tasks with the charging and settlement connections configured for your business.
Turn industrial measurements into searchable operating history. Configure device profiles, collect readings and compare trends while preserving the connection to each data source.
An engineering assistant for interpreting technical documents, equipment states and events. Find relevant knowledge and bring source-aware context to the engineer’s next decision.
Organize teams, responsibilities and the people behind each operating task. Connect site work, equipment and service activities to clear ownership and escalation contacts.
Keep manuals, technical records and versions organized in a searchable product knowledge space. Give operators, engineers and service teams the documentation that belongs to their equipment.
Manage access policy and security oversight across your operating workspaces. Define who can see equipment information, perform operations and review the associated audit context.
Coordinate PV generation, battery storage, site demand and grid constraints around shared energy objectives. Bring operating limits and control strategies into one site-level view.
Keep equipment identity, location, documentation and service context in one asset register. Move from a device record to its monitoring and maintenance workspaces.
Bring alarms and operating events into one response workspace. Connect priorities, acknowledgement and ownership with equipment state, recent measurements and follow-up actions.
Build a consistent operating history for long-term analysis across equipment, events and energy measurements. Retrieve and compare data on aligned timelines.
Review weather, generation and expected demand in a shared forecasting workspace. Compare forecasts with measurements to prepare the next operating period.
Compare energy operating plans against technical limits and commercial objectives. Evaluate storage schedules with energy balance, forecast and price context before selecting a plan.
Understand site grid exchange, phase loading and electrical deviations in one measurement workspace. Follow voltage, current and power trends from connected metering equipment.
Explore equipment, connections and operating assumptions in a digital site model. Compare what-if scenarios before making changes to the physical installation.
Coordinate operating tasks, energy schedules and maintenance windows on one timeline. Follow responsibilities, execution state and history across the selected operating period.
Compare sites and prioritize attention across your energy portfolio. Connect availability, alarms and service context before opening detailed equipment views.
Connect the service record from customer and equipment to technician, work order and handover. Manage maintenance, field evidence and the documented customer handover in a dedicated service workflow.
22 specialized product modules. Select the tools your team needs and configure the device connections, permissions and operating settings for your site.
Four operating workflows. Choose the one closest to your project and explore the products that support each step.
Bring field measurements, battery supervision and local control into one operating workflow. LILI adds engineering context while the equipment protection chain stays independent.
Example product configuration. Select the modules, equipment connections and permissions for your operating process.
Manage charging sessions alongside measurement history, equipment documentation and the operations tasks that keep the charging site running.
Example product configuration. Select the modules, equipment connections and permissions for your operating process.
Turn versioned technical documents into practical engineering knowledge. LILI helps interpret the information, People organizes responsibilities and Security manages access.
Example product configuration. Select the modules, equipment connections and permissions for your operating process.
Connect equipment context, work orders and technical documentation from the service request to customer handover. Service coordinates the intervention; dedicated energy modules manage equipment control.
Example product configuration. Select the modules, equipment connections and permissions for your operating process.
From the first service request to the final handover. Bring technicians, equipment history and digital work orders into one traceable workflow — across BESS, EV charging and connected energy assets.
Log an issue, set its priority, assign a technician and track progress through to closure.
Keep equipment records, QR identifiers, warranty dates and past interventions connected.
Organize recurring maintenance, equipment checklists and due dates in a shared service workflow.
Record measurements, attach photos, capture customer acknowledgement and retain versioned PDF work orders.
Track parts usage, labour and travel alongside the job, with service deadlines and role-based access.
Search technical knowledge and previous closed work orders for source-linked guidance. The technician stays in control.
Service manages customer, equipment and work-order records. Dedicated energy modules handle equipment control. Configure the product connections around your service process.
Monitoring is only the first layer. HelioNerva turns field-level energy data into operational context, historical intelligence and control-ready decisions.
SOC, SOH, battery power, inverter state, phase values, utility meters, site load, renewable generation and communications.
Historical trends, predictive context, anomaly interpretation and operator decision support.
Thresholds, device alarms, communication loss, state changes, acknowledgement and event history.
Use actual and forecast weather conditions alongside PV production and battery strategy.
Operator-focused energy supervision with industrial communications and site-level decision logic.
Central visibility across multiple storage systems, solar plants and industrial energy sites.
HelioNerva is not a single dashboard. It is a layered operating environment connecting devices, communications, databases, analytics and operator-facing logic.
Traditional projects often separate field communications, monitoring, alarms, analytics and energy strategy. HelioNerva is designed to unify those layers so operators see one operational truth.
HelioNerva is built around the complete operating picture of a battery asset: BMS, PCS, meters, SOC, SOH, temperatures, alarms, power limits and site or market objectives.
Battery value depends on timing, availability and control. HelioNerva helps operators understand when a battery can charge, discharge, protect itself, support a site or prepare for market-driven dispatch.
Illustrative steady-state balance: PV 8.42 MW + BESS discharge 2.00 MW = site load 6.37 MW + grid export 4.05 MW. BESS + discharging / − charging; grid + importing / − exporting. Device limits and independent protections apply.
Adjust production, load and battery state. This lightweight simulation demonstrates the type of real-time operating context HelioNerva can present to an operator.
Interactive demonstration values — not connected to a real site.
Illustrative pre-feasibility scenario only. It is not a financial offer or guaranteed return.
Usable stored energy; equal AC charge/discharge power; symmetric round-trip losses; up to 24 hours per day. Net contribution is after charging energy costs, before operating costs, degradation, taxes and financing. Illustrative estimate, without a return guarantee.
A predictive layer can combine power, SOC and thermal trend data to highlight abnormal behavior before a hard protection threshold is reached.
Illustrative data loading…
HelioNerva provides the supervision and data layer needed to understand battery availability, SOC, telemetry, alarms and dispatch-oriented site logic for storage projects.
Illustrative charge/discharge timeline based on a simplified hourly price signal and SOC constraint.
Select the systems available at the project. The diagram updates to show a typical HelioNerva integration concept.
Connect energy assets through industrial, utility and EV interfaces. Protocol profiles, gateway requirements and commissioning are defined for each device and project.
USA · Europe · InternationalProject integration profiles. Device interfaces, gateway settings and enabled functions are selected during commissioning.
Selected reference families for project assessment. Applicability and the required edition depend on the equipment, jurisdiction, utility and installation.
Distribution-connected DER interconnection and conformity tests.
Transmission-connected inverter-based resource requirements.
ESS, battery and inverter equipment safety references.
Thermal-runaway fire-propagation test method.
Energy-storage installation and electrical-code references.
Local interconnection, telemetry and market requirements are assessed separately.
LV / MV grid-connection requirements, with national and DSO conditions.
Grid-integrated storage system requirements and safety.
Industrial lithium-battery and storage-battery safety.
EV charging equipment and vehicle-to-charger communications.
PV system performance-monitoring methods.
Applicable grid codes, connection agreements and local requirements.
Security for power-system information exchange.
Industrial automation and control-system security lifecycle.
Requirements for applicable North American bulk-electric-system entities and assets.
Operational-technology security guidance.
These references guide the selection of equipment, installation and security requirements. Hardware certifications and site compliance are assessed for the selected equipment and jurisdiction.
The platform is designed around the questions operators, owners and project teams actually need answered every day.
Coordinate site load, grid import, PV production and BESS output to support operating limits and self-consumption strategies.
Track SOC, SOH, charge/discharge power, alarms, temperatures and availability across multiple storage systems.
Combine actual PV production, forecast information, battery state and site demand in one decision environment.
Use market signals as decision inputs for curtailment, charge preparation, discharge preparation and operator guidance.
Give authorized teams secure visibility into site health, communications, alarms and historical data without being physically present.
Create a consistent operating view even when projects contain different inverter, BMS, meter or storage vendors.
HelioNerva is designed to move beyond passive dashboards. The intelligence layer can combine current operating state, history, forecasts and business rules to support faster decisions.
Recognize developing patterns in temperature, battery behavior, load, PV production and communication quality.
Translate hundreds of raw values into a smaller set of actionable operating states, warnings and recommended next steps.
Evaluate market opportunity together with SOC, technical limits, forecast production and asset availability.
AI assistance increases clarity while deterministic protections, BMS safeguards and grid protection remain independent.
Use stored operating data to identify recurring anomalies and understand behavior under different load and weather conditions.
Create a clean path toward more automated operation without losing traceability, auditability or manual override capability.
Illustrative fleet map showing how regional projects can be represented in a centralized overview without exposing real customer data.
Illustrative project archetypes showing where HelioNerva can create operational value.
One operator view across multiple battery units.
Coordinate site load and BESS output above the primary protection logic.
Combine production, storage and forecast context.
The value proposition is not another dashboard. It is a common operating layer across data, alarms, analytics and decisions.
The same project can present different information depending on who is looking at it.
Illustrative role views · demonstration values, not customer operating data.
Deployment can be tailored to the operating environment and customer security model. Exact controls depend on project requirements.
Private network access patterns can isolate operational pages from the public internet.
Separate operator, engineering, management and administrative responsibilities.
Track commands, events and configuration changes where project architecture supports it.
Use network segmentation, controlled ingress, least privilege and isolated industrial interfaces.
Run core supervision locally at the customer site for maximum control and low latency.
Centralized multi-site visibility in a dedicated hosted environment.
Keep operational control local while synchronizing selected data to a central platform.
Expose operational tools only through secure site-to-site or client VPN connectivity.
Selected modules, your local network and data requirements together determine the deployment architecture.
Data collection and latency-sensitive control on the local host. Device connections can stay inside the site network.
Local PC · industrial devicesContainer-based modules and a shared knowledge library on a suitable NAS or server. Remote access requires a separate design.
NAS · server · permissionsLocal processes, central visibility. Connect only the data and services needed, through project-specific integration.
Local control + shared knowledgeAnswer a few questions and get an indicative HelioNerva package recommendation. Final engineering scope always requires technical review.
HELIONERVA / LILI AIProduct guideI’ll help you identify the right starting point for your energy project — monitoring, EMS, market-aware storage or enterprise integration.
Regional partners provide a direct commercial and technical path for HelioNerva projects, integration discussions and deployments.
Florida, United States · Solar, battery storage and smart-energy project support for the U.S. market.
Visit Eagle ESS →Rezi, Hungary · Regional commercial, technical and integration support for EMEA projects.
Visit NN Power →HelioNerva is positioned as an operating platform. Monitoring is only the entry layer.
| Capability | HelioNerva Energy OS | Typical basic monitoring |
|---|---|---|
| Live BESS / PV / grid visibility | BESS Monitor · Grid Monitor · Fleet Manager | Usually partial |
| Alarm context and event history | Alarm & Event Center · Historian | Basic alarm list |
| Multi-site supervision | Fleet Manager · Platform Hub | Often site-by-site |
| Forecast and weather context | Forecast · Optimizer | Separate tool |
| Market-aware operating logic | EnergyOS / EMS · Scheduler · Optimizer | Usually external |
| AI-assisted analytics | LILI AI · Documents | Typically unavailable |
| Operator + executive views | People · Security · Platform Hub | Single dashboard style |
No. Start with the products that address your immediate task, then extend the system as your operating workflow grows. Device connections and permissions are configured for your site.
This is the public product presentation. Request a demonstration to explore the operating workspace for your project; the examples on this page do not connect to customer equipment.
Implementation covers the selected product modules, device and data connections, user roles, operating settings and commissioning. Your team receives the configuration for its equipment and daily tasks.
Tell us about your site, equipment and operating goals. We map the product modules to the task, prepare the deployment configuration and arrange a demonstration with your team.
Request a demo, start an integration review or contact the regional partner network.
Choose a preferred time window. This version prepares an email request; a live calendar backend can be connected later.