Solar Powered Irrigation Scheme in Eastern Zambia

Enabling Renewable Energy–Driven Farming Infrastructure

Finecop successfully executed a solar powered irrigation infrastructure project across 21 sites in Zambia’s Eastern Province, delivering a reliable, energy-efficient irrigation solution tailored for rural and farmer-led agricultural development.

The project integrated elevated storage tank structures, pipe network construction, and protective fencing, creating a complete irrigation ecosystem powered by renewable energy

Project Overview

  • Project Scope: Construction of solar powered irrigation schemes
  • Coverage: 21 sites across Eastern Province
  • Execution Period: 6 months
  • Status: Successfully executed and delivered

The project was designed to improve water accessibility and agricultural reliability while reducing dependence on conventional power sources.

Scope of Work

Finecop delivered end-to-end infrastructure works, including:

  • Construction of elevated storage tank stands
  • Installation of irrigation pipe networks
  • Complete site fencing for asset protection
  • Site mobilization and coordinated execution across districts
  • Progressive works aligned with field readiness

Each site was developed to support long-term operational stability and minimal maintenance.

Execution Highlights

  • Mobilization: 100% completed
  • Tank Stand & Storage Works: 95% achieved during execution
  • Pipe Network Construction: 95% completion across sites
  • Fencing Works: 100% completed

The project showcased Finecop’s strength in managing multi-component civil and irrigation works simultaneously across dispersed rural locations

On-Ground Challenges Managed

During implementation, certain sites presented practical challenges such as:

  • Ant hills and buried stumps affecting trench clarity
  • Re-trenching requirements in select locations
  • Minor rework of tank structures at one site

Finecop’s teams addressed these issues through on-site adjustments, rework planning, and coordinated field execution, ensuring project continuity without compromising quality.

Project Impact

This solar powered irrigation initiative contributes to:

  • Sustainable and renewable energy–based irrigation
  • Improved water storage and distribution efficiency
  • Enhanced farm productivity across multiple districts
  • Long-term support for climate-resilient agriculture

The infrastructure enables farmers to access consistent irrigation while lowering operational energy costs.

Finecop’s Role & Commitment

This completed project reinforces Finecop’s capability in delivering:

  • Solar-integrated irrigation infrastructure
  • Tank stand construction and pipeline networks
  • Rural and agricultural development projects
  • Large-scale, multi-site execution under diverse site conditions

Finecop continues to support infrastructure projects that combine engineering reliability, sustainability, and real-world agricultural impact.