108 Sets 4.2kW Solar Energy Storage Systems for Residential Project in Zimbabwe

Author: Bob Wu
Published: January 21, 2026
Updated: May 20, 2026

Project Overview

Location: Zimbabwe | Date: 2024
Capacity: 108 sets of 4.2KW systems | Application: Large-scale residential deployment

Anern executed a landmark deployment of 108 sets of 4.2KW solar energy storage systems across a large residential development in Zimbabwe. This delivers grid-independent power to hundreds of homes in a single coordinated project.

This mass-scale installation represents one of the largest off-grid residential rollouts in the region. It demonstrates Anern's capacity to support volume-driven B2B residential projects.

Residential installation featuring an Anern EVO 4200 hybrid solar inverter and a wall-mounted Pro lithium battery

Volume Procurement and Deployment Orchestration Challenges

The developer and its EPC contractor confronted the logistical complexity of sourcing, staging, and installing 108 identical residential systems within a tight construction schedule. Traditional procurement routes would have created a logistical nightmare of staggered deliveries and missing components.

The contractor needed a single supplier capable of delivering the full bill of materials for 108 homes in coordinated shipments. Equipment had to be deployable by local installers using repeatable procedures.

The Anern Solution: Engineered for Installers

Anern supplied 108 complete residential solar power systems, each configured around a 5kWh LiFePO4 battery and a 4.2KW hybrid inverter. The design was optimized for large-scale residential deployment.

Every system included a LiFePO4 solar battery for daily energy storage. Anern's vertically integrated manufacturing guaranteed consistent cell quality across all 108 units.

The 5kWh LFP battery configuration provided each home with sufficient daily cycling capacity. The per-system cost stayed within the developer's budget—critical for a project where margin per unit determines overall feasibility.

Mass Residential Deployment Workflow

Anern coordinated the delivery of all 108 sets in phased shipments aligned with the construction schedule. Each kit was pre-configured with standardized cabling and mounting hardware.

Installation teams followed the same solar panel installation guide procedures across all homes. The off-grid hybrid solar power system inverter platform and wall-mounted LiFePO4 battery combination was selected for its minimal footprint, fitting cleanly into each home's utility space.

Anern's component expertise ensured every home received matched equipment with guaranteed interoperability. This eliminated the callback and warranty coordination nightmares typical of piecemeal residential solar deployments.

Key B2B Benefits & Project Impact

  • Volume manufacturing consistency: All 108 battery units sourced from the same Anern production line ensured identical performance characteristics, simplifying system commissioning and enabling bulk warranty management for the contractor.
  • Phased logistics coordination: Anern's supply chain team matched delivery schedules to the construction timeline, reducing on-site inventory holding costs and eliminating material theft risk from prematurely delivered equipment.
  • Repeatable installation template: Identical 4.2KW system architecture across all 108 homes allowed installation crews to develop assembly-line efficiency, completing each system in under four hours after the first dozen installations.
  • Unified after-sales support: A single point of contact for all 108 systems—batteries, inverters, and balance-of-system—simplified the contractor's warranty and maintenance obligations, with Anern's technical team providing remote diagnostics support.
Bob Wu

Bob Wu

Bob Wu is a solar engineer at Anern, specialising in lithium battery and off-grid systems. With over 15 years of experience in renewable energy solutions, he designs and optimises lithium ion battery and energy systems for global projects. His expertise ensures efficient, sustainable and cost-effective solar implementations.