BESS Monitor
Battery state, power and alarms in a shared view. A clear starting point for site-level and multi-BESS supervision.
BMS / PCSSOC / SOHTrends
PricingLet’s talk.
HelioNerva · USA / EMEA
Energy Intelligence. Real Time.
HelioNervaEnergy OS Platform
Energy Intelligence. Real Time.
Zero Compromise.
HelioNerva is an industrial Energy OS for BESS, solar PV, EMS, SCADA and distributed energy assets. It combines real-time monitoring, alarms, analytics, forecasting, multi-site supervision and market-aware operating logic in one premium platform.
Platform entryMODULAR BY DESIGN
HELIONERVA
PEOPLE · PROCESSES · PROGRESS
10 / Choose a module
LILI · Your platform guideProduct information · No live system access
01 / THE MODULE FAMILY
The right module.
For the right challenge.
Start with a specific task. Additional modules and connections can be shaped around your project’s engineering requirements.
10 modules shown
ZeroExport
Measurement-driven BESS power control. Support for import targets, operating limits and coordinated storage units.
Local controlBESS groupsModbus
PricingLet’s talk.
EV Charge
Charge points, charging sessions and operator workflows. Project-specific payment and invoicing integrations.
Charge operationsSessionsIntegrations
PricingLet’s talk.
Datalogger
Collect, retain and revisit industrial measurements. The data foundation for engineering analysis and connected modules.
ModbusData historyCharts
PricingLet’s talk.
LILI AI
An engineering assistant for documents, states and events. A read-oriented AI direction that supports human decisions.
Engineering AIKnowledge graphRead-only
PricingLet’s talk.
Documents
Manuals, technical notes and versions in an organized library. Product knowledge spaces and a timeline of development.
VersionsProduct knowledgeTimeline
PricingLet’s talk.
People
A proposed shared frame for teams, responsibilities and roles. Connecting the right information with the right people.
TeamsRolesResponsibilities
PricingLet’s talk.
Security
A proposed platform-level frame for permissions and auditability. Actual security controls are deployment-specific.
AccessPermissionsAudit
PricingLet’s talk.
Operations
A proposed connection between tasks, events and engineering workflows. The organizational layer between a signal and an action.
TasksMaintenanceWorkflows
PricingLet’s talk.
Service
Keep every intervention connected. Service tickets, digital work orders, maintenance and equipment history for your energy assets.
Work ordersMaintenanceAsset history
PricingLet’s talk.
The module family does not imply a completed integration of every feature. People, Security and Operations are presented as planned platform areas; LILI is an engineering pilot. Exact features, connections and availability depend on release and project.
02 / BETTER IN CONTEXT
Choose more than modules.
Design a workflow.
Four possible starting points. Choose the one closest to your project and explore the relevant module directions.
From measurement to local control.
Measurements can become an operating view, and that view can support a traceable control decision. AI assists interpretation; it is not part of the independent protection chain.
Illustrative module connections — not a live system or an automatically available integration.
From charge point to operations.
Charging sessions can be supported by measurement history and organized product documents. An Operations connection is a planned extension, with a separately agreed scope.
Illustrative module connections — not a live system or an automatically available integration.
From product manual to understanding.
Engineering assistance built around versioned documents. People and Security have proposed roles in organizing responsibilities and access; shared integration is a separate development step.
Illustrative module connections — not a live system or an automatically available integration.
From service request to customer handover.
Connect equipment context, work orders and technical documentation. Service coordinates the intervention; energy control stays in the dedicated energy modules. Each connection is scoped for the project.
Illustrative module connections — not a live system or an automatically available integration.
HELIONERVA / SERVICE
HelioNerva Service
Keeping Your Energy Moving.
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.
Tickets & digital work orders
Log an issue, set its priority, assign a technician and track progress through to closure.
Customer, site & asset history
Keep equipment records, QR identifiers, warranty dates and past interventions connected.
Planned maintenance
Organize recurring maintenance, equipment checklists and due dates in a shared service workflow.
Field evidence & handover
Record measurements, attach photos, capture customer acknowledgement and retain versioned PDF work orders.
Parts, time & service planning
Track parts usage, labour and travel alongside the job, with service deadlines and role-based access.
LILI Service Advisor
Search technical knowledge and previous closed work orders for source-linked guidance. The technician stays in control.
Service is a separate service-management application. Integrations depend on the project and release. It does not issue PCS, BMS or EV charger control commands. This public page presents product information, not a live service workspace.
HelioNerva Energy OS
One operating layer.
Every energy signal.
Monitoring is only the first layer. HelioNerva turns field-level energy data into operational context, historical intelligence and control-ready decisions.
Real-Time Monitoring
SOC, SOH, battery power, inverter state, phase values, utility meters, site load, renewable generation and communications.
AI & Analytics
Historical trends, predictive context, anomaly interpretation and operator decision support.
Alarm Intelligence
Thresholds, device alarms, communication loss, state changes, acknowledgement and event history.
Weather & Forecast
Use actual and forecast weather conditions alongside PV production and battery strategy.
SCADA / EMS
Operator-focused energy supervision with industrial communications and site-level decision logic.
Multi-Site Architecture
Central visibility across multiple storage systems, solar plants and industrial energy sites.
System Architecture
From field protocol
to operating intelligence.
HelioNerva is not a single dashboard. It is a layered operating environment connecting devices, communications, databases, analytics and operator-facing logic.
Field LayerBMS, PCS/inverters, utility meters, PV inverters, PLCs, weather stations and auxiliary systems.
Protocol LayerModbus TCP/RTU, MQTT, APIs and project-specific industrial interfaces.
Data LayerTime-series and relational storage for live values, alarms, events, history, configuration and reporting.
Logic LayerThresholds, derived values, site rules, market-aware logic, forecast context and AI-assisted decision support.
Experience LayerSCADA-style dashboards, mobile live checks, fleet overview, analytics, alarms and role-based views.
Why HelioNerva
One system instead of five disconnected tools.
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.
✓ Standardize mixed BESS vendors into one operator view
✓ Reduce fragmented monitoring environments
✓ Improve response to alarms and communication faults
✓ Prepare for automation without losing operator visibility
✓ Support local, remote and multi-site operating models
Battery Energy Storage
Storage intelligence.
From BMS to business value.
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.
BESS is infrastructure. Not just a battery.
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.
Battery StateSOC · SOH · Mode
PowerCharge · Discharge
ProtectionTemp · Alarm · Limits
IntegrationBMS · PCS · Meter
Typical Energy Flow
8.42 MWPV generation
-1.25 MWGrid exchange
6.37 MWSite load
2.00 MW · 52%BESS power / SOC
Example visualization only. Actual values depend on connected devices and site integration.
Interactive Live Demo
Move the energy.
See the system react.
Adjust production, load and battery state. This lightweight simulation demonstrates the type of real-time operating context HelioNerva can present to an operator.
Live Energy Flow
Interactive demonstration values — not connected to a real site.
PV
BESS
LOAD
GRID
BESS ROI / Savings Calculator
Illustrative pre-feasibility scenario only. It is not a financial offer or guaranteed return.
Annual gross value
Indicative CAPEX
Simple payback
Predictive BESS Intelligence
See the trend
before the alarm.
A predictive layer can combine power, SOC and thermal trend data to highlight abnormal behavior before a hard protection threshold is reached.
Cell / Rack Thermal Trend
United States · Texas
ERCOT-aware
storage operations.
HelioNerva provides the supervision and data layer needed to understand battery availability, SOC, telemetry, alarms and dispatch-oriented site logic for U.S. storage projects.
State of ChargeContinuous SOC visibility for operational readiness and dispatch planning.
TelemetryBMS, PCS, meters and site signals organized into one real-time environment.
Market ContextSupport market-oriented strategies with validated battery capability and state.
Dispatch ReadinessClear control-ready decisions based on site limits and current operating conditions.
ERCOT Use-Case Simulator
Illustrative charge/discharge timeline based on a simplified hourly price signal and SOC constraint.
Blue = idle priceGreen = charge opportunityRed = discharge opportunity
Architecture Builder
Build your site.
See the integration.
Select the systems available at the project. The diagram updates to show a typical HelioNerva integration concept.
Integrations & Protocols
Vendor-agnostic
by design.
The exact integration scope is project-specific, but the platform architecture is designed around common industrial communications and heterogeneous energy assets.
Modbus TCPIndustrial Ethernet
Modbus RTURS-485 field devices
MQTTTelemetry / messaging
REST APIExternal services
SQLRelational data
Time SeriesHistorical telemetry
BMSBattery state & alarms
PCS / InverterPower conversion
MetersGrid / site values
PV InvertersSolar production
WeatherActual + forecast
VPNSecure remote access
Where HelioNerva Creates Value
Built for real
energy operations.
The platform is designed around the questions operators, owners and project teams actually need answered every day.
Zero-export & peak management
Coordinate site load, grid import, PV production and BESS output to support operating limits and self-consumption strategies.
Storage fleet supervision
Track SOC, SOH, charge/discharge power, alarms, temperatures and availability across multiple storage systems.
Renewable optimization
Combine actual PV production, forecast information, battery state and site demand in one decision environment.
Price-responsive operation
Use market signals as decision inputs for curtailment, charge preparation, discharge preparation and operator guidance.
Remote technical support
Give authorized teams secure visibility into site health, communications, alarms and historical data without being physically present.
Standardize mixed assets
Create a consistent operating view even when projects contain different inverter, BMS, meter or storage vendors.
HelioNerva Intelligence Layer
Data is useful.
Context is valuable.
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.
Predictive Operating Context
Recognize developing patterns in temperature, battery behavior, load, PV production and communication quality.
Decision Support
Translate hundreds of raw values into a smaller set of actionable operating states, warnings and recommended next steps.
Market + Asset Awareness
Evaluate market opportunity together with SOC, technical limits, forecast production and asset availability.
Operator-First AI
AI assistance increases clarity while deterministic protections, BMS safeguards and grid protection remain independent.
Historical Learning
Use stored operating data to identify recurring anomalies and understand behavior under different load and weather conditions.
Automation Foundation
Create a clean path toward more automated operation without losing traceability, auditability or manual override capability.
Multi-Site Fleet Map
One portfolio.
One operating view.
Illustrative fleet map showing how regional projects can be represented in a centralized overview without exposing real customer data.
Florida · USAOnline · BESS + Solar · SOC 71%
Texas · USAOnline · ERCOT storage · SOC 56%
Central EuropeWarning · Communication latency
EMEA SiteOnline · PV + BESS · SOC 82%
Regional Demo SiteOffline · Maintenance window
● Online ● Warning ● Offline
Representative Use Cases
Designed around
real operating problems.
Illustrative project archetypes showing where HelioNerva can create operational value.
6-unit storage supervision
One operator view across multiple battery units.
- SOC / SOH / power overview
- Alarm consolidation
- Cell voltage & temperature analytics
- Remote technical access
Zero-export protection layer
Coordinate site load and BESS output above the primary protection logic.
- Phase-aware site load context
- Power limits
- Operator visibility
- Audit trail for commands
Weather-aware fleet view
Combine production, storage and forecast context.
- Actual vs forecast production
- SOC availability
- Market-aware strategy
- Multi-site dashboards
Before / After
Replace fragmented tools
with operating context.
The value proposition is not another dashboard. It is a common operating layer across data, alarms, analytics and decisions.
Before HelioNerva
- Separate BMS web panels
- Individual inverter portals
- Excel exports
- Standalone weather tools
- Separate market information
- Manual alarm interpretation
→
With HelioNerva
- Unified BESS / PV / grid view
- Common alarm context
- Historical analytics
- Forecast-aware decisions
- Market-aware logic
- Multi-site operating model
Role-Based Experience
Operator detail.
Management clarity.
The same project can present different information depending on who is looking at it.
Illustrative role views · demonstration values, not customer operating data.
BESS SOC68%
Battery Power-1.8 MW
Active Alarms0
Grid Import2.1 MW
Fleet Availability99.2%
Energy Shifted12.8 MWh
Sites Online11 / 12
Performance+4.6%
Cybersecurity & Deployment
Industrial energy data
deserves industrial discipline.
Deployment can be tailored to the operating environment and customer security model. Exact controls depend on project requirements.
VPN-First Access
Private network access patterns can isolate operational pages from the public internet.
Role-Based Access
Separate operator, engineering, management and administrative responsibilities.
Auditability
Track commands, events and configuration changes where project architecture supports it.
Defense in Depth
Use network segmentation, controlled ingress, least privilege and isolated industrial interfaces.
On-Premise
Run core supervision locally at the customer site for maximum control and low latency.
Private Cloud
Centralized multi-site visibility in a dedicated hosted environment.
Hybrid
Keep operational control local while synchronizing selected data to a central platform.
VPN-Only Remote
Expose operational tools only through secure site-to-site or client VPN connectivity.
03 / IN YOUR ENVIRONMENT
Where it runs
is part of the design.
Selected modules, your local network and data requirements together determine the deployment architecture.
AT THE SITE01
Local operation
Data collection and latency-sensitive control on the local host. Device connections can stay inside the site network.
Local PC · industrial devicesA SHARED TEAM VIEW02
Central supervision
Container-based modules and a shared knowledge library on a suitable NAS or server. Remote access requires a separate design.
NAS · server · permissionsCONNECTING THE TWO03
Hybrid architecture
Local processes, central visibility. Connect only the data and services needed, through project-specific integration.
Local control + shared knowledgeTell Lili About Your Project
60-second
compatibility check.
Answer a few questions and get an indicative HelioNerva package recommendation. Final engineering scope always requires technical review.
HELIONERVA / LILI AIProduct guideHi, I’m Lili.
I’ll help you identify the right starting point for your energy project — monitoring, EMS, market-aware storage or enterprise integration.
Recommended starting point
Add module interests to your project enquiry
Your catalogue selectionReview modules and prepare enquiry ↗
Distributor Network
USA & EMEA
partner access.
Regional partners provide a direct commercial and technical path for HelioNerva projects, integration discussions and deployments.
Eagle Energy Storage Solution LLC
Florida, United States · Solar, battery storage and smart-energy project support for the U.S. market.
Visit Eagle ESS →sales@datalabvision.com
NN Energetikai Megoldások Kft.
Rezi, Hungary · Regional commercial, technical and integration support for EMEA projects.
Visit NN Power →info@nnpower.eu
Why It Matters
More than
a monitoring screen.
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 | Integrated | Usually partial |
| Alarm context and event history | Operational layer | Basic alarm list |
| Multi-site supervision | Designed for portfolio scale | Often site-by-site |
| Forecast and weather context | Integrated into decisions | Separate tool |
| Market-aware operating logic | Supported as a decision layer | Usually external |
| AI-assisted analytics | Platform capability | Typically unavailable |
| Operator + executive views | Role-oriented | Single dashboard style |
COMMON QUESTIONS
Before we connect the pieces.
Do all modules need to be introduced at once?
No. A starting point can be a data-collection, supervision, control or document-management task. Engineering review determines the appropriate releases and any additional connections.
Is this page a login to a live system?
No. This is a public product page. Module details and the LILI module guide do not connect to customer systems, read live site measurements or issue control commands.
Is every module finished and jointly deployable?
This page does not make that claim. People, Security and Operations are presented as planned platform areas, and LILI as an engineering pilot. Other modules require separate verification of release, features, hardware connections and shared integration.
How does a project start?
With a brief review of the task, site, connected equipment and required signals. That review establishes the right modules, deployment, testing approach and demonstration scope.
Pricing
Let’s talk.Contact & Next Step
Bring your project.
We’ll map the platform.
Request a demo, start an integration review or contact the regional partner network.
DataLab Vision / HelioNerva
General / USA enquiriessales@datalabvision.com
EMEA enquiriesinfo@nnpower.eu
PlatformHelioNerva Energy OS Platform
Main websitedatalabvision.com
Regional Access
United StatesEagle Energy Storage Solution LLC
eagle-ess.com
eagle-ess.com
EMEANN Energetikai Megoldások Kft.
nnpower.eu
nnpower.eu
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