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GrivantaPower
Solar solutions

Pick the architecture that fits your site.

Not every site needs the same system. Here's how the four most common solar architectures compare — so you can choose with open eyes.

Grid-Tied Systems

The most common and cost-effective setup. Solar feeds the load first; excess export spins the net-meter backward.

Best for

Homes and businesses with stable grid supply

  • Lowest upfront cost per kW
  • Net-metering credits your export
  • No battery wear or replacement cost
  • Shuts off during grid outage (safety)

Battery Storage (Hybrid)

Hybrid inverter + LFP battery lets you use solar after sunset and ride through outages without a diesel generator.

Best for

Sites with frequent outages or time-of-use tariffs

  • Lithium iron phosphate (LFP) chemistry — long cycle life
  • Back-up critical loads automatically
  • Peak-shave expensive tariff windows
  • Future-proof: batteries can be added to most grid-tied installs

Micro-Inverter Systems

One small inverter per panel. Better yield under partial shade and per-panel monitoring for easier diagnostics.

Best for

Shaded or complex roofs with multiple orientations

  • No single-point-of-failure string inverter
  • Panel-level MPPT = higher yield under shade
  • Panel-level telemetry for fault isolation
  • Safer rooftop voltage (AC at the panel)

Ground Mount & Solar Tree

When roof area is tight or unavailable, ground-mount structures and solar trees turn land into a productive asset.

Best for

Farms, factories, and institutional campuses

  • Optimal tilt and orientation independent of roof
  • Fixed or tracker-based structures
  • Solar tree: compact footprint with shaded ground use
  • Simpler O&M access than rooftop
Quick comparison

Which system is right for me?

ArchitectureUpfront costBackup during outageShade tolerance
Grid-tiedLowestNoModerate
Hybrid + BatteryHighestYesModerate
Micro-inverterModerateNoBest
Ground mountVariesOptionalBest

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