Homes with frequent outages
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Hybrid Solar & Storage
Combine solar, grid and intelligent battery storage to keep essential loads running and use clean energy more flexibly.
Get a customized proposal ↗Hybrid Solar & Storage क्या है?
A hybrid solar system integrates PV panels, a hybrid inverter, battery storage and the utility grid. It can prioritize solar for current loads, store excess energy, use the grid when required and supply selected backup loads during an outage—according to the configured energy strategy.
किसके लिए उपयुक्त है?
Clinics, offices and essential services
Sites using diesel generators
Remote or weak-grid properties
Customers preparing for time-of-use tariffs
मुख्य प्रकार
Grid-connected hybrid
Uses solar, battery and grid together; it provides backup while retaining grid support.
Solar + battery retrofit
Adds compatible storage to an existing system after technical and electrical assessment.
Off-grid system
Operates without a reliable utility grid and is sized around energy autonomy and worst-case conditions.
मुख्य फायदे
Power continuity
Keep selected lights, fans, internet, security, refrigeration or business loads operating.
Better solar utilization
Store otherwise-exported or unused solar generation for later use.
Lower generator use
Reduce fuel, noise and maintenance by using batteries for suitable outage periods.
Smart priorities
Configure backup reserve, charging schedule and solar-first operating logic.
Modular expansion
Compatible systems can add battery capacity as future energy needs grow.
Digital visibility
Monitor solar, battery state, load and grid flow through an app or portal.
System में क्या-क्या होता है?
Every Aisen system is engineered as a complete electrical and structural solution—not simply a set of panels.
Survey से commissioning तक
Outage and load-priority study
Energy consumption analysis
Solar and battery sizing
Compatibility and electrical design
Safe equipment installation
Backup-circuit segregation
Configuration and discharge testing
Handover, monitoring and support
System sizing
Battery sizing begins with the essential-load list, wattage, required backup duration, surge loads and usable depth of discharge. Solar capacity and battery capacity are related but must be calculated separately.
Investment & savings
Hybrid systems cost more than on-grid systems because of batteries, control equipment and backup distribution. The right design balances desired backup hours, battery life, future expandability and budget.
Maintenance & support
Modern lithium systems are relatively low-maintenance but require ventilation/temperature compliance, firmware and monitoring checks, safe clearances and periodic inspection of connections and protection devices.
Common questions
Still unsure? Our engineers can assess your actual bills, site and priorities.
Backup depends on battery usable capacity and the total load running. A load schedule is needed for an accurate answer.
It is possible but often expensive. Most systems prioritize essential circuits for a practical balance of cost and backup time.
Yes, if the inverter and system architecture are battery-ready and compatible. Plan this during the initial design.
Lithium batteries are commonly preferred for efficiency, usable depth, cycle life and compact size, but final selection depends on application and budget.
A hybrid system can often be configured for grid charging, solar charging or a controlled combination depending on the equipment and strategy.
Let’s plan your solar project.
Share your requirement and our engineering team will contact you for a free preliminary consultation and site survey.