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Aerial view of a utility-scale solar and battery energy storage site

BestSolar · Utility-scale energy systems

One site. Every layer of energy, connected.

Explore the product architecture directly on the system.

Aphelion Series wordmark with an orbital light path

The meaning behind the name

Energy reaching farther.

Aphelion is the point in an orbit farthest from the Sun. It is a fitting name for a utility-scale series designed to carry renewable energy farther—across time, distance and use.

Meet the series

Why BestSolar

One architecture, shaped around the project.

Utility-scale storage is not a single product decision. We define where every layer belongs, then connect them into one delivery path.

01

A clear system boundary

Choose the right delivery scope—from a DC battery block to an integrated AC system or prefabricated energy cabin.

02

Hardware and controls, coordinated

Battery, power conversion, protection and plant control are engineered around one operating objective.

03

Built around the project

Grid code, duty cycle, site conditions and interconnection requirements shape the final configuration.

Aphelion · Utility Scale

Choose where BestSolar meets your project

Generation Renewable integration
Grid Standalone storage
Local system Smart microgrid
Aphelion Reserve DC battery container

Reserve

Aphelion Reserve

A 20-foot liquid-cooled DC battery container dedicated to the battery side of a utility-scale storage system.

  • 5.015 MWh DC battery block
  • 1,164.8–1,456 V DC
  • 20-foot high cube; IP54
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Aphelion Link integrated AC block

Link

Aphelion Link

An integrated AC block extending the Reserve architecture with a same-height PCS and AC functional compartment.

  • 2.5 MW / 5.015 MWh
  • Centralized or string PCS
  • Touchscreen; IP55 / IP66 power stage
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Aphelion Arc prefabricated energy system

Arc

Aphelion Arc

A prefabricated energy infrastructure cabin integrating PCS, transformer, medium-voltage switchgear, protection and EMS into one coordinated system.

  • 500 kW / 1.044 MWh
  • Up to 500 kWp PV input
  • Grid-connected and off-grid modes
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Project evidence

Utility-scale case studies

Explore project context, system boundaries and operating objectives when verified references are released.

Case studies pending publication

No verified public project reference is available for this solution yet.

Start with the project

What does your energy system need to do?

Share the site, target power and energy, grid requirements and intended operating model. Our project team will help define the right system boundary.

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