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Energy Storage / Perihelion / Residential

Perihelion Ascent

A modular high-voltage battery stack designed to expand with residential storage requirements.

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Perihelion Ascent modular high-voltage battery
Perihelion · Residential

Product overview

A modular high-voltage battery stack designed to expand with residential storage requirements.

Back to Residential energy storage
At a glance
  1. 409.6 / 614.4 V stacks
  2. 30.72 / 40.93 kWh storage
  3. Six- or eight-module architecture
Product architecture

Applications

Architecture

The product is intentionally battery-focused. Stack definition, compatible high-voltage power conversion and the final controls are resolved together during project sizing.

Inside Perihelion Ascent

  • Stackable battery modules
  • High-voltage battery architecture
  • Pearl-white modular enclosure

Confirm around the product

  • Compatible high-voltage inverter
  • Final stack size and electrical range
  • Site protection and energy control
Configurations
Configuration 01

409.6 V / 40.93 kWh stack

  • 40.93 kWh
  • 409.6 V nominal
  • 8 modules
  • IP20
Configuration 02

614.4 V / 30.72 kWh stack

  • 30.72 kWh
  • 614.4 V nominal
  • 6 modules
  • IP20
Applications

Expandable residential storage

Consider Ascent where the project benefits from a clearly modular battery layout.

High-voltage inverter pairing

Use the stack as the battery side of a compatible high-voltage residential system.

Phased capacity planning

Define the initial and future stack requirements before final model and electrical selection.

Technical information

Technical data by configuration

Compare specifications by configuration. Controls, protection and local requirements are addressed during system design.

Perihelion Ascent

409.6 V / 40.93 kWh stack

An eight-module high-voltage stack using 51.2 V battery modules for a 409.6 V nominal system.

01 · High-voltage battery stack
ParameterValue
Rated energy40.93 kWh
Nominal system voltage409.6 V DC
Operating voltage range345.6–460.8 V DC
Module count8
Battery module51.2 V / 100 Ah / 5.12 kWh
Max. module charge / discharge rate1C / 100 A
01 · Installation and environment
ParameterValue
InstallationFloor-stacked
Ingress protectionIP20
System dimensions550 × 500 × 1,629 mm
Net weight360 kg
Working temperature0–55°C
Storage temperature−20–55°C
Relative humidity≤80%
Perihelion Ascent

614.4 V / 30.72 kWh stack

A six-module high-voltage stack using 102.4 V battery modules for a 614.4 V nominal system.

02 · High-voltage battery stack
ParameterValue
Rated energy30.72 kWh
Nominal system voltage614.4 V DC
Operating voltage range518.4–691.2 V DC
Module count6
Battery module102.4 V / 50 Ah / 5.12 kWh
Max. module charge / discharge rate1C / 50 A
02 · Installation and environment
ParameterValue
InstallationFloor-stacked
Ingress protectionIP20
System dimensions550 × 500 × 1,287 mm
Net weight263 kg
Working temperature0–55°C
Storage temperature−20–55°C
Relative humidity≤80%

Prepare a useful enquiry

Bring these four project inputs to the first sizing conversation:

  • Target usable energy
  • Grid phase and voltage
  • Backup-load scope
  • Mounting environment

Certifications and compliance

  • CE
  • UL
  • FCC
  • UN 38.3
  • MSDS

Certification marks apply to the published product family; final market applicability follows the selected configuration.

Perihelion series

Choose by system boundary

Compare products in this series by format, configuration and project requirements.

Aura

Perihelion Aura

A streamlined wall-mounted or floor-standing battery for residential energy storage.

View Perihelion Aura
Halo

Perihelion Halo

An all-in-one residential system bringing the battery, inverter, BMS and energy control into one integrated design.

View Perihelion Halo
Current product

Perihelion Ascent

A modular high-voltage battery stack designed to expand with residential storage requirements.

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Core

Focal Core LV

51.2 V / 10.24 kWh low-voltage rack. A serviceable low-voltage rack pack that can be installed in a cabinet or mounted on a wall.

View Focal Core LV

Turn architecture into a project plan

Share the target energy range, compatible inverter and planned expansion path so the verified Ascent configuration can be selected.

Discuss Perihelion Ascent

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