Renewable Integration
Store surplus solar energy for later use, subject to system capacity and operating conditions.
Battery Energy Storage Systems
Store Energy.
Deliver Power.
Build a Resilient Future.
Intelligent energy storage solutions designed to help businesses optimize energy usage, integrate renewable energy and strengthen power reliability.
Energy Storage
Renewable Integration
Commercial & Industrial
Understanding BESS
Smarter Energy Storage for a Changing Power Landscape
A Battery Energy Storage System (BESS) stores electrical energy in batteries and makes it available when it is needed. It combines battery modules, power conversion equipment, controls and safety systems into an integrated energy solution.
Depending on the project design, a BESS can store surplus solar generation, help manage periods of high electricity demand, provide configured backup support and improve the flexibility of an energy system.
The right solution depends on the facility's load profile, required backup duration, power capacity, site conditions and applicable electrical requirements.
- Designed around project-specific energy requirements.
- Can complement solar, existing power systems and EV charging infrastructure.
- Supports a more flexible approach to energy management.
Why Consider BESS
Key Benefits of Energy Storage
A properly designed energy storage system can help address different operational and energy management requirements.
Power Reliability
Support configured power continuity and energy resilience when integrated with suitable electrical equipment.
Energy Cost Optimization
Explore peak-demand management and time-based energy shifting where tariffs and operating conditions make them viable.
Scalable Systems
Evaluate storage configurations for commercial, industrial and utility-scale requirements.
Where BESS Can Help
Energy Storage Applications
Explore how battery storage may fit into different power and energy infrastructure environments.
Commercial & Industrial
Evaluate battery storage for demand management, energy optimization and integration with on-site generation at factories, commercial buildings and institutional facilities.
Solar & Renewable Energy
Store surplus renewable generation and use stored energy when solar output declines, subject to system sizing and operating requirements.
EV Charging Infrastructure
Assess battery storage as a way to support charging demand, manage site power constraints and complement suitable EV charging installations.
Grid-Scale Energy Storage
Explore storage for renewable integration, flexible dispatch and grid-support applications where technically and commercially suitable.
The Working Principle
How a Battery Energy Storage System Works
An integrated combination of batteries, power electronics and control systems manages energy storage and delivery.
01
Energy Charging
Electrical energy from a compatible source, such as the grid or solar installation, charges the battery.
02
Power Conversion
Power conversion equipment manages the electrical interface between the battery and the connected system.
03
Energy Management
Control systems monitor operating conditions and manage charging, discharging and system protection.
04
Energy Discharge
Stored energy is delivered to compatible loads or the electrical system according to the configured operating strategy.
BESS Solutions
Explore Energy Storage Configurations
Illustrative system categories for discussing potential project requirements. Final equipment selection depends on technical evaluation and product availability.
Commercial Applications
Commercial & Industrial BESS
Battery storage configurations for businesses evaluating energy optimization, renewable integration or appropriately designed backup support.
- Demand and energy-use assessment
- Integration with compatible electrical systems
- Capacity selected according to the project load profile
Large-Scale Applications
Containerized & Integrated BESS
Integrated storage configurations for larger energy requirements, renewable projects and applications requiring coordinated system design.
- Integrated battery and power conversion architecture
- Site-specific controls and protection requirements
- Project evaluation before final system selection
Our Project Approach
From Energy Requirements to Project Planning
A structured project discussion helps identify the appropriate technical and commercial considerations for a potential BESS installation.
Project Assessment
Understand energy consumption, load requirements, operating patterns and the intended use of storage.
System Design
Evaluate power rating, usable energy, discharge duration, site conditions and system compatibility.
Integration Planning
Review the proposed interface with solar, grid, loads, protection and energy management equipment.
Commissioning Planning
Establish installation, testing, commissioning and handover requirements with the responsible project team.
Final design, supply, integration, installation and commissioning responsibilities are subject to project scope, technical feasibility and confirmation by ssquare power.
Plan the Right System
Safety, Sizing & System Compatibility
Energy storage projects require careful evaluation of the electrical installation, site conditions and intended operating profile.
Safety & Protection
A proposed BESS should be assessed for battery management, electrical protection, thermal management, emergency isolation, fire safety, ventilation where applicable and compliance with relevant local codes and manufacturer requirements. Specific safeguards depend on the selected technology and installation.
How Is Capacity Determined?
System sizing considers the required discharge power in kW, usable energy in kWh, backup or discharge duration, load profile, charging source, efficiency, reserve requirements and future expansion plans. A site-specific assessment is needed before recommending a configuration.
Frequently Asked Questions
BESS Questions Answered
Learn the basics of battery energy storage and the factors involved in planning a project.
What is a Battery Energy Storage System (BESS)?
A BESS stores electrical energy in batteries
and releases it when required. A complete
system commonly includes battery modules,
a battery management system, power conversion
equipment, controls and appropriate safety
and protection components.
Where can a BESS be used?
Depending on the design, BESS may be used
in commercial and industrial facilities,
solar installations, EV charging sites and
grid-scale projects. The intended use must
be matched to the system's technical
capabilities and applicable requirements.
Can a BESS work with a solar installation?
Yes. A suitably designed system can store
surplus solar generation for later use.
Compatibility depends on the inverter
architecture, power ratings, controls,
electrical design and operating requirements.
Is battery energy storage safe?
Battery energy storage requires appropriate
system selection, installation, monitoring,
protection and maintenance. Safety provisions
depend on the battery chemistry, system design,
site conditions, applicable standards and
manufacturer instructions.
How much battery capacity does my project need?
The required capacity depends on the load
to be supported, discharge power, desired
operating duration, charging opportunities,
usable battery energy and system losses.
Share your approximate load and intended
use through the inquiry form for an initial
project discussion.
What information should I provide for a BESS inquiry?
Useful details include your company and
project location, existing power source,
approximate load or demand, desired backup
duration, solar or EV charging requirements,
and any known power or energy capacity.
You can provide additional context in the
inquiry message.
What happens after I submit a project inquiry?
Your requirements can be reviewed to
determine what additional information is
needed for project assessment. Final system
selection, pricing, availability and delivery
depend on technical evaluation and confirmation
by the project provider.
Start a Conversation
Planning an Energy Storage Project?
Connect with ssquare power to discuss your energy requirements, project capacity and potential BESS solutions.
Share a few details about your project. The information will help establish the requirements for an initial discussion.
Email
info@ssquarepower.com
info@ssquarepower.com
Contact
+91 6363654620
+91 6363654620
Office
Plot No-409/410, Malipada,
Krishnapuri, Bhubaneswar,
Odisha - 751003
Plot No-409/410, Malipada,
Krishnapuri, Bhubaneswar,
Odisha - 751003
Request a Project Consultation
Fill in your project details and tell us what you need from an energy storage system.
Ready to Discuss Your Energy Storage Needs?
Start with your project requirements and explore potential BESS configurations with ssquare power.