DSP Smart Solutions develops intelligent digital platforms for the real-time monitoring, coordination and control of utility-scale Battery Energy Storage Systems.
Our BESS Management Platform connects distributed storage assets with system operators through IEC 60870-5-104, providing secure telemetry, fleet visibility, availability management, historical analytics and remote operational control from a unified interface.
A unified operational environment for monitoring and controlling individual grid-scale BESS installations as well as aggregated BESS fleets.
Suitable for a single BESS plant or a distributed storage fleet requiring central monitoring, availability management, IEC-104 integration and coordinated control.
Active Power, Reactive Power, Voltage, Current, Frequency, Power Factor, SOC and equipment status.
Active and reactive power, charging/discharging, voltage, power factor, ramp rates, PCS and authorised POI switching.
Coordinate multiple storage installations as a virtual resource with fleet MW, MWh, SOC, limits and targets.
Declare charging and discharging capability in 15-minute intervals for individual BESS units or groups.
Engineering trends for power, frequency, SOC, voltage, current, cycles, MW availability and available energy.
Trace command issue time, BESS, setpoint, execution response and accepted/rejected results.
Authentic BESS management workflows inspired by actual monitoring, availability, control, configuration and reporting requirements.
Monitor individual storage assets continuously with visibility of active power, reactive power, frequency, SOC, voltage and current.
Connect grid-scale BESS assets using a utility-standard communication architecture designed for telemetry, status monitoring and operational commands.
Supported IEC-104 information object types depend on required BESS/PPC signal mapping and project configuration.
Charge/discharge active-power setpoint control.
Reactive-power dispatch where supported.
Voltage regulation through BESS/PPC operating modes.
Power-factor operating mode and setpoint handling.
Configurable charging and discharging ramp limits.
Monitor state of charge and operating constraints.
PCS run, stop and reset workflows.
Authorised point-of-interconnection switching.
Dispatch multiple assets against fleet requirements.
15-minute charging/discharging availability.
High-resolution operational performance analysis.
Track commands and execution results.
Coordinate geographically distributed assets while maintaining visibility of individual SOC, power capability, energy limits and dispatch targets.
The platform architecture can be deployed using modern defence-in-depth principles appropriate for utility operational technology environments.
Security architecture and controls are configured according to each utility and deployment environment.
Use BESS to help accommodate increasing solar and wind penetration.
Charge during lower-demand periods and discharge during system peaks.
Provide fast active-power response when enabled by the BESS and control strategy.
Move energy from surplus-production periods to higher system demand.
Coordinate storage dispatch to support network operating requirements.
Provide controllable stored energy during constrained operating conditions.
Solutions developed around actual utility operation rather than generic IoT dashboards.
Platforms designed for operational telemetry and command applications.
Direct integration with grid-connected field equipment using established utility communications.
Adaptable to BESS manufacturers, PPCs, PCS systems, gateways and operator requirements.
From a single grid-scale installation to a distributed fleet, we can define an integration architecture around your operational requirements.
DSP Smart Solutions (Private) Limited develops specialised software and digital solutions that combine electrical engineering, power-system operations, industrial communications and modern software engineering.
The existing DSP web application has historically presented the company as a developer of robust Java desktop applications, functional web applications and mobile applications, together with engineering-focused software such as the Substation Design Suit. The BESS Management Platform extends that engineering-software direction into real-time grid-scale energy storage monitoring and control.
The company’s earlier Substation Design Suit concept focused on simplifying engineering calculations, reducing repetitive worksheet development, supporting utility review activities and making engineering tools accessible through a web browser. The same practical engineering philosophy is carried into the BESS platform: turning complex operational data, communications and control requirements into a clear operator environment.
Build dependable software that helps utilities, operators, developers and asset owners transform real-time field information into actionable operational intelligence.
Provide your basic project information and DSP Smart Solutions can review the monitoring, communication, integration and control requirements.
For BESS monitoring, IEC-104 integration, fleet control and custom power-system software requirements, contact DSP Smart Solutions.
Tell us about your storage capacity, communication architecture and operational requirements.