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Battery Energy Storage Software

Intelligent BESS monitoring &
energy management software

Konnectiva connects BESS, BMS, PCS, solar PV, wind, meters, grid, load, EMS and SCADA into one digital platform — real-time monitoring, analytics, intelligent energy management and predictive operations.

Request a BESS software consultation Explore our energy solutions
Monitor
Optimize
Control
Predict
Hybrid plant — live GRID CONNECTED
Solar 8.0MW
Wind 5.0MW
BESS Charging 4.0MW
Grid Export 3.0MW
Battery state of charge 64%
SOH 97.2% • 412 equivalent full cycles • 24.8 °C

Intelligent BESS monitoring & energy management software

Konnectiva connects BESS, BMS, PCS, solar PV, wind, meters, grid, load, EMS and SCADA into one digital platform — real-time monitoring, analytics, intelligent energy management and predictive operations.

Request a BESS software consultation

Monitor

Optimize

Control

Predict

Connects

BESS

Solar PV

Wind

Grid

Industrial load

PCS / inverters

EMS

SCADA / PPC

Energy meters

Safety systems

The problem

Your battery is only one part of the energy ecosystem.

Battery performance depends on chemistry, temperature, charge and discharge patterns, conversion efficiency, operating limits, renewable generation, grid conditions and load demand. Displaying SOC is not enough. Operators need the answers behind it — and today those answers sit in seven disconnected systems.

BMS

PCS

Solar

Wind

Grid

Load

SCADA

  • One unified platform

How much energy is available right now?

How healthy is the battery?

Why is the battery charging or discharging?

How much renewable energy is being stored?

How much energy is exported to the grid?

Is the battery being utilised efficiently?

Is it degrading faster than expected?

Is the PCS operating efficiently?

Is renewable energy being curtailed?

Can the battery safely support the next peak?

PLATFORM ECOSYSTEM

One Platform for your entire energy storage ecosystem

Renewable integration, peak shaving, arbitrage, grid services, backup power, load management — from one architecture.

Generation
Solar PV 8.0 MW
Wind 5.0 MW
Meters & weather Modbus
→
Intelligence

EMS layer

Forecast → optimization engine → dispatch, within configured SOC, power and grid limits.

Analytics Dispatch AI-ready
BESS • BMS • PCS SOC 64%
→
Delivery
Industrial load 6.0 MW
Grid / POI 3.0 MW
SCADA / PPC OPC-UA
01 Monitor Real-time visibility across site, asset, rack and device.
02 Analyze Historical energy and equipment data into performance insight.
03 Optimize Coordinate generation, storage, load and grid interaction.
04 Control Authorised remote commands with a full audit trail.
05 Predict Anomaly, degradation and failure indicators from analytics.
06 Report Scheduled operational reports in PDF, Excel or CSV.

Complete BESS Monitoring

See every layer of your battery storage system

Site
→
BESS
→
Rack
→
Module
→
Cell
Battery parameters SOC, SOH, power, energy, cycles
Rack, module & cell Site → BESS → Rack → Module → Cell
BMS health intelligence Degradation, exposure, behaviour
PCS & inverter Conversion layer efficiency
Grid & POI Point of interconnection
HVAC, fire & auxiliary The systems that keep it safe

The numbers operators act on

Connect the platform with your BMS and capture the full operational picture of the battery system – not just a state-of-charge gauge.

State of Charge (SOC)
State of Health (SOH)
Battery voltage
Battery current
Charge power
Discharge power
Energy charged
Energy discharged
Cycle count
Available capacity
Charge / discharge limits
Battery temperature
Battery parameters

Rack, Module & Cell Analysis

Detailed hierarchical monitoring from the site level down to individual cells.

Rack voltage monitoring
Cell balancing status
Module temperature delta
Interconnect health
Rack, module & cell

BMS Health Intelligence

Predictive analytics for battery degradation and behavior patterns.

BMS Intelligence

PCS & Inverter Performance

Real-time efficiency tracking of the power conversion layer.

PCS & Inverter

Grid & POI Monitoring

Point of Interconnection monitoring and grid stability metrics.

Grid & POI

HVAC, Fire & Auxiliary

Ensuring the safety and thermal stability of the storage system.

Auxiliary Systems

The numbers operators act on

Connect the platform with your BMS and capture the full operational picture of the battery system — not just a state-of-charge gauge.

  • State of Charge (SOC)
  • Battery voltage
  • Charge power
  • Energy charged
  • Cycle count
  • Charge / discharge limits
  • State of Health (SOH)
  • Battery current
  • Discharge power
  • Energy discharged
  • Available capacity
  • Battery temperature

Battery parameters

Drill down to the cell

Where the BMS supports it, the platform resolves abnormalities to the specific rack, module or cell rather than the site.

  • Cell voltage
  • Min / max cell voltage
  • Cell imbalance
  • Module-level abnormalities
  • State of Health (SOH)
  • Battery current
  • Discharge power
  • Energy discharged
  • Available capacity
  • Battery temperature

Depth of visibility depends on what the BMS exposes over its interface.

Rack, module & cell

Battery health without replacing the BMS

The software consumes BMS data while the BMS remains responsible for safety-critical protection. The platform layer handles monitoring, analytics, optimisation, alerts, reporting and decision support.

  • SOH trends
  • Cycle utilisation
  • Voltage deviation
  • Charge / discharge behaviour
  • Capacity degradation
  • Temperature exposure
  • Cell imbalance
  • Abnormal operating patterns

BMS health intelligence

The bridge between battery and network

Battery DC energy → PCS conversion → AC energy. Comparing the three exposes efficiency losses and abnormal performance early.

  • AC power
  • AC / DC voltage
  • Frequency
  • Power factor
  • Operating mode
  • Faults & warnings
  • DC power
  • Current
  • Reactive power
  • Conversion efficiency
  • Availability
  • Temperature

PCS & inverter

Monitor your connection with the grid

Track the electrical behaviour of the complete plant at the grid connection point, including scheduled power versus actual power and import/export against configured limits.

  • Voltage
  • Frequency
  • Reactive power
  • Power factor
  • Export energy
  • Grid availability
  • Current
  • Active power
  • Apparent power
  • Import energy
  • Maximum demand
  • Scheduled vs actual

Grid & POI

A BESS is more than batteries and PCS

Where interfaces are available, auxiliary and safety systems are integrated alongside the electrical assets.

  • Temperature & humidity
  • HVAC energy consumption
  • Smoke detection
  • Emergency stop
  • Fire suppression status
  • Equipment availability
  • HVAC status & setpoint
  • Fire alarm
  • Gas detection
  • Door status
  • Auxiliary consumption
  • Fault status

HVAC, fire & auxiliary

Renewable integration

Turn renewable generation into dispatchable energy

Solar + BESS

Store excess solar generation instead of exporting or curtailing it, then discharge on strategy.

  • Solar → Load
  • Solar → BESS
  • Solar → Grid
  • Solar → BESS → Load / Grid

Wind + BESS

Wind output fluctuates with conditions. Storage smooths the relationship between generation, load and grid.

  • Wind → BESS → Load
  • Turbine-wise generation
  • Capacity factor & availability
  • Curtailment & fault analysis

Solar + Wind + BESS

For hybrid projects, monitoring each asset independently is not enough — the platform visualises how energy moves between all of them.

  • Unified generation view
  • Battery utilisation
  • Load demand
  • Grid interaction

Live Energy Flow

Understand your energy in real time

Solar
8.0 MW
Wind
5.0 MW
Energy Bus 13.0 MW total renewable
Export 3.0 MW
BESS - Charging
4.0 MW
SOC 64%
Load
6.0 MW

Dashboard Displays

Generation13.0 MW
Charging4.0 MW
Discharging0.0 MW
Grid import0.0 MW
Grid export3.0 MW
Consumption6.0 MW
Renewable util.97.9%
Curtailment2.1%
Battery SOC64%

EMS & optimization

Monitoring tells you what is happening. Energy management tells you what should happen next.

Every cycle has a cost in battery lifetime, so optimization considers more than electricity prices. The objective is not to cycle the battery as much as possible — it is to maximise the economic and operational value of the battery while managing degradation.

Forecast

Optimization engine

Dispatch

BESS

01

Energy arbitrage

Charge when electricity costs are lower and discharge during higher-value periods.

02

Peak shaving

Discharge the BESS when site demand approaches a predefined threshold.

03

Renewable energy storage

Store excess solar or wind generation instead of exporting or curtailing it.

04

Renewable firming

Use the BESS to smooth renewable generation fluctuations.

05

Grid export management

Maintain site export within configured grid limits.

06

Backup / reserve

Maintain a predefined SOC reserve for backup or critical operational requirements.

Degradation-aware optimization

Every dispatch decision is bounded by the physical limits of the asset, not just the market signal.

SOC limits

Depth of discharge

Electricity tariffs

Charge / discharge power limits

Battery degradation

Grid constraints

Battery temperature

Renewable forecasts

Operational commitments

Cycle count

Load forecasts

Analytics & Performance Intelligence

Convert operational data into business insights

Energy throughput & SOC band

Last 30 days • charge, discharge and state of charge envelope

88.4%
Round-trip efficiency
412
Equivalent full cycles
97.2%
State of health
2.1%
Renewable curtailment

BESS KPIs

SOC
SOH
Energy throughput
Equivalent full cycles
Charge / discharge efficiency
Round-trip efficiency
Availability
Utilisation
Downtime

Historical range

Reports export to PDF, Excel or CSV – generated manually or on a schedule.

Predictive maintenance & AI

From reactive maintenance to predictive operations

Raw data

AI engine

Anomaly

Prediction

Action

Battery

  • Degradation prediction
  • Abnormal temperature detection
  • Cell imbalance detection
  • Capacity-loss prediction
  • Remaining useful life

PCS

  • Failure prediction
  • Efficiency anomaly detection
  • Thermal anomaly detection

Solar

  • Underperforming inverter detection
  • String anomaly detection
  • Generation anomaly detection

Wind

  • Turbine performance anomalies
  • Vibration-based insights
  • Component degradation indicators

AI-generated insight

“BESS Rack 03 is showing increasing temperature deviation compared with historical operating behaviour. Inspection recommended.”

Integration & architecture

Built to work with your equipment

The final integration architecture is defined from the equipment OEM, protocol documentation and project requirements — not assumed up front.

Equipment

BMS

PCS

EMS

SCADA

PPC

PLC

RTU

Solar inverters

Wind turbines

Energy meters

Weather stations

HVAC

Fire safety

IoT gateways

Energy meters

Weather stations

HVAC

Fire safety

Equipment

Modbus TCP

Modbus RTU

MQTT

OPC-UA

REST APIs

WebSocket

IEC interfaces

Vendor APIs

BESS data architecture – designed for high-frequency energy data
01 Device data
→
02 Edge gateway
→
03 Data ingestion
→
04 Processing
→
05 Time-series storage
→
06 Analytics
→
07 Dashboard
Frontend
React / modern web app
Backend
Node.js / Python / Go
Data
PostgreSQL + time-series
Cloud
AWS / private / on-premise
Connectivity
MQTT · Modbus · OPC-UA · REST
Infrastructure
Docker · CI/CD · backup & DR

Cybersecurity for energy infrastructure

Security architecture is aligned with applicable OT/industrial requirements based on geography, equipment and compliance obligations.

Secure authentication

Role-based access control

Encrypted communication

API security

Network segmentation

Audit logging

Secure remote commands

Access monitoring

Backup & recovery

Infrastructure security

Remote monitoring & controlled commands

Where supported by the equipment and site control architecture, authorised commands are issued through the platform and recorded in an audit trail.

Start / stop

Charge / discharge control

Power setpoint

Operating mode

SOC limits

Reset supported faults

Curtailment commands

Access monitoring

Backup & recovery

Infrastructure security

Safety-critical protections remain at the appropriate local BMS, PCS, PLC or plant-control layer.

Use cases & who uses it

Built around how you operate

Standalone BESS

Monitor battery storage connected directly to the grid.

Solar + BESS

Store excess solar generation and optimise energy utilisation.

Wind + BESS

Use storage to manage variable wind generation.

Solar + Wind + BESS

Manage hybrid renewable generation and storage through one platform.

C&I energy storage

Peak shaving, load management and energy cost optimisation.

Microgrids

Coordinate renewable generation, storage, grid and critical loads.

Captive power

Improve renewable utilisation and reduce grid dependency.

Renewable firming

Smooth renewable output using battery storage.

Backup energy

Maintain battery reserve for critical loads and power continuity.

BESS operators

Monitor storage assets and operational performance.

Renewable developers

Monitor solar, wind and hybrid projects.

IPPs

Manage distributed renewable and storage portfolios.

EPC companies

Provide centralised post-installation monitoring.

BESS manufacturers

Offer a branded monitoring platform with their systems.

ESCOs

Monitor customer energy assets and optimise usage.

C&I customers

Reduce peak demand and improve renewable utilisation.

Utilities & grid operators

Monitor distributed storage and grid-connected assets.

Why Konnectiva

Technology expertise across energy, IoT & intelligent software

Konnectiva combines software engineering, IoT, energy technology and intelligent automation to build customised platforms for complex energy infrastructure.

Energy software development

Cloud & edge architecture

Custom EMS development

Extended technology team

IoT & industrial integration

AI & predictive analytics

White-label platforms

Build your own BESS software platform

Start with monitoring, expand as your portfolio and operating model grow.

BESS monitoring

Renewable monitoring

Energy analytics

Remote management

EMS & dispatch

Predictive maintenance

AI optimisation

From data to energy intelligence

Ready to build a smarter energy storage platform?

Standalone BESS, Solar + BESS, Wind + BESS, hybrid renewable, C&I storage or a multi-site portfolio — we design and develop the software platform around your requirements.

Request a consultation
Discuss your BESS project
  • www.konnectiva.com
  • contact@konnectiva.com
  • Kolkata · Klang · Singapore

Generation

Solar · wind

Storage

BESS · BMS · PCS

Consumption

Load · C&I

Grid

POI · export limits

Intelligence

EMS · dispatch

Analytics

KPIs · reports

Prediction

AI · anomalies