Solar Energy Storage
Store surplus daytime solar energy for use when generation is lower or demand is higher.
- Higher solar self-consumption
- Hybrid inverter integration
- Evening energy use
- Grid and solar coordination
Battery energy storage
Store energy. Use it intelligently.
Solar-connected and standalone energy storage planned around consumption, demand peaks, site conditions and future energy priorities.
01Energy-profile planning
02Safe integration
03Scalable BESS
Energy storage—not a conventional UPS
Capture energy today and use it at the right time.
Battery Energy Storage Systems are designed to store solar or grid energy, improve self-consumption, manage demand and support a connected energy strategy. If your priority is uninterrupted supply to critical equipment, our UPS Solutions are the better starting point.
SunSaarthi manages assessment, system design, installation, integration, testing, handover and agreed ongoing service or AMC support.
Storage applications
Reliable energy. Designed for different priorities.
Every storage system is sized after reviewing the property, electrical loads and required backup duration.
Residential Lithium Storage
Add compact, scalable energy storage to homes with solar or a future-ready hybrid energy plan.
- Lithium battery systems
- Modular capacity options
- Smart energy monitoring
- Safe installation planning
Commercial BESS
Use stored energy to manage solar output, peak demand and selected business loads more intelligently.
- Demand management
- Solar energy shifting
- Scalable storage capacity
- Business energy monitoring
Industrial BESS
Plan larger storage systems around site load profiles, operational energy needs and future expansion.
- Peak-load management
- Solar and grid integration
- Operational energy planning
- Future EV charging integration
Energy-profile approachCapacity and power matched to how energy is produced and used.
What we assess
Safe storage begins with a clear energy study.
01
Energy profileDaily consumption, demand peaks and the times energy is used.
02
Charging sourceAvailable solar generation, grid supply and hybrid-system architecture.
03
Storage capacityUsable energy, charge-discharge power and expected operating pattern.
04
IntegrationExisting solar, electrical system, safety requirements and future expansion.
Your storage journey
A clear path from load study to handover.
Technical decisions, safety requirements and project milestones remain visible.
- 01
Requirement
Share critical loads, outage pattern and objective.
- 02
Site assessment
We review loads, wiring, space and electrical conditions.
- 03
System proposal
Receive capacity, power rating, configuration and scope.
- 04
Installation
SunSaarthi installs, integrates, tests and hands over the system.
- 05
Support
Receive operating guidance, maintenance and agreed AMC assistance.
Battery storage questions
What customers usually want to know.
How is battery capacity calculated?＋
Capacity is based on the loads you want to support, their power demand, expected backup duration and usable battery depth.
Can storage work with an existing solar system?＋
Often yes. Compatibility depends on the inverter, system architecture and equipment already installed.
Can a battery run an entire property?＋
It can be designed for selected critical loads or broader backup. A load study identifies the practical configuration.
Where can the battery system be installed?＋
The location must meet manufacturer, ventilation, access and electrical safety requirements confirmed during assessment.
Can capacity be expanded later?＋
Some systems are modular. Future expansion should be considered during the initial design and equipment selection.
Request a storage assessment
Let's plan storage around your power needs.
Share your requirement and our energy consultant will contact you to understand your loads and backup priorities.
Call +91 81230 31414