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More solar self-consumption
Use daytime PV directly and direct surplus energy into storage for later use.
SOLAR + BATTERY + INTELLIGENT POWER
Hybrid Solar Systems
A hybrid solar system combines rooftop PV with a battery-capable inverter and energy storage so your home or business can use solar across more of the day and maintain selected backup loads when the grid is unavailable.
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ITS SOLAR SOLUTIONSDesigned around real loads and real sites
KEY BENEFITS
What this part of the system can deliver.
ITS focuses on practical energy outcomes: lower grid dependence, better use of solar generation, and dependable operation of the loads that matter most.
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Day-to-night energy shifting
Store energy while the sun is available and use it later when PV production falls.
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Backup-ready architecture
A properly designed backup output can support selected essential circuits during a utility outage.
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Smarter energy control
Hybrid inverters coordinate solar, battery, grid and loads according to the configured operating strategy.
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Scalable design
Where compatible equipment allows, the system can be planned for future battery or PV expansion.
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Home-focused comfort
Keep the circuits that matter most to your family operating when utility power is interrupted.
SOLAR + BATTERY + INTELLIGENT POWER
A solar system that follows your day
During daylight, solar can supply active loads and charge the battery with surplus generation. Later, stored energy can be used for evening demand, reducing the amount of energy purchased from the grid. When an outage occurs, the inverter can isolate the backup circuits from the grid and supply them from the battery and, where conditions permit, solar generation.
Proper system sizing
Compatible equipment
Protection & isolation
Monitoring & commissioning
ITS PROCESS
A clear path from requirement to working system.
01 • ASSESS
Understand the property
Review consumption, roof area, electrical service and priority loads.
02 • SIZE
Match generation to demand
Select practical PV, inverter and battery capacity.
03 • CONFIGURE
Define energy priorities
Set backup loads, battery reserve and operating modes.
04 • COMMISSION
Test the system
Verify normal operation, outage behavior, monitoring and handover.
Hybrid does not mean unlimited backup.
Backup duration and load capacity depend on inverter rating, battery usable energy, solar availability and the circuits selected for backup. ITS sizes these together so expectations match the installed system.
EQUIPMENT OPTIONS
Real-world equipment references.
Product selection depends on project requirements, compatibility, availability and final engineering. These brands are presented as equipment options rather than a promise that every project will use every product shown.
Deye
Hybrid inverter and residential energy-storage options for solar, battery and backup-load applications.
HYBRID INVERTERS + ESS
Solis
Residential and commercial energy-storage inverter options with backup and scalable system architectures.
ENERGY STORAGE INVERTERSTrina Solar
High-efficiency rooftop PV modules including the Vertex S+ residential portfolio.
ROOFTOP PV MODULES
JinkoSolar
Tiger Neo N-type TOPCon modules for high-efficiency residential and commercial PV designs.
TIGER NEO PV
Anern
Hybrid inverters and LiFePO₄ battery options for residential backup and scalable solar storage.
INVERTERS + LITHIUM STORAGEProduct imagery is used as a real-world visual reference for the ITS draft. Final equipment selection, model availability and electrical compatibility are confirmed during system design.
Ready to size your system?
Let ITS review your property, loads and backup requirements.