PROPOSAL FOR THE INSTALLATION OF SOLAR-POWERED LIGHTING SYSTEMS IN LABOUR WARDS ACROSS PRIMARY HEALTH CENTRES IN IKWERRE LOCAL GOVERNMENT AREA

By /

The Chairman,
Ikwerre Local Government Area,
Hon. Charles Wobodo,

PROPOSAL FOR THE INSTALLATION OF SOLAR-POWERED LIGHTING SYSTEMS IN LABOUR WARDS ACROSS PRIMARY HEALTH CENTRES IN IKWERRE LOCAL GOVERNMENT AREA

Honourable Chairman,

As Adviser on Energy, I’m proposing the installation of solar-powered lighting systems in the labour wards of all primary health centres in Ikwerre LGA. This initiative addresses the ongoing electricity challenges, ensuring continuous healthcare services, particularly for mothers and children.

1.0 Background and Problem Statement

Reliable electricity supply is a fundamental requirement for effective healthcare delivery—especially in labour wards where the lives of mothers and newborns depend on uninterrupted medical attention.

Currently, most Primary Health Centres (PHCs) in Ikwerre Local Government Area face acute electricity shortages. This challenge has restricted services to daytime emergencies only and contributed significantly to rising maternal and child mortality rates. Night-time deliveries often occur under unsafe conditions, placing both expectant mothers and healthcare workers at risk.

To address this urgent situation, it is imperative that labour wards be equipped with sustainable, dependable, and cost-effective power sources.

2.0 Proposed Solution

This proposal recommends the installation of solar-powered lighting systems in the labour wards of all PHCs in Ikwerre Local Government Area. Solar technology is reliable, environmentally friendly, and suitable for rural and semi-urban settings where grid power is unstable.

3.0 Objectives of the Project

  1. Ensure uninterrupted lighting in labour wards during deliveries, especially at night.

  2. Reduce maternal and child mortality associated with poor visibility and inadequate emergency response conditions.

  3. Enhance the working environment for nurses, midwives, and healthcare workers.

  4. Promote sustainable energy use across critical healthcare facilities in the local government.

  5. Improve overall healthcare outcomes and restore community confidence in public health services.

4.0 Project Scope

The project will cover all Primary Health Centres across Ikwerre LGA and include:

  • Installation of standalone solar power units.

  • Fitting of high-efficiency LED bulbs in labour wards.

  • Provision and installation of deep-cycle or lithium batteries for night-time storage.

  • Solar charge controllers and basic protective systems.

  • Mounting racks and wiring infrastructure.

  • Training of PHC staff on basic operation and maintenance.

5.0 Technical Specifications (Proposed Standard Package per PHC)

  • Solar Panels: 300W–500W capacity

  • Battery Bank: 12V/200Ah deep-cycle or lithium battery

  • Charge Controller: MPPT controller for efficiency

  • LED Lighting: 3–6 high-efficiency LED lamps for labour wards

  • Accessories: Cables, mounts, switches, safety breakers

See also  Dangote Graduate Trainee Programme 2026 Opens for Fresh Graduates

This configuration ensures that each labour ward receives 10–14 hours of uninterrupted lighting.

6.0 Expected Impact

  • Drastic reduction in maternal and neonatal mortality across the LGA.

  • Improved round-the-clock healthcare service delivery.

  • Enhanced safety and working conditions for healthcare personnel.

  • Increased patronage of PHCs by community members.

  • Long-term savings compared to diesel or petrol generators.

7.0 Estimated Budget

A detailed budget will be provided after a technical inspection of all PHCs. However, preliminary estimates suggest:

  • ₦3,750,000 – ₦4,200,000 per PHC, depending on size and specific requirements.

  • Total cost will be determined based on the number of PHCs and the installation model adopted.

8.0 Implementation Plan

  1. Assessment Phase:

    • Conduct energy audits of all PHCs.

    • Identify specific load requirements for each labour ward.

  2. Procurement Phase:

    • Source durable, high-quality solar components from certified vendors.

  3. Installation Phase:

    • Deploy trained technicians to carry out installations in batches.

  4. Testing & Commissioning:

    • Verify system functionality and lighting reliability.

  5. Training & Handover:

    • Train health workers on usage and minor troubleshooting.

  6. Monitoring & Maintenance:

    • Quarterly evaluations for the first year to ensure system stability.

9.0 Conclusion and Recommendation

The installation of solar-powered lights in the labour wards of PHCs across Ikwerre LGA is an urgent and essential intervention. It aligns with our commitment to improving healthcare outcomes and ensuring that no mother or child loses their life due to preventable electricity shortages.

This project, if approved, will represent a significant achievement in the health sector under your administration.

I strongly recommend immediate approval and commencement of this project to safeguard the wellbeing of our communities.

Submitted by:
Justice Ezihuo Chigonum
Adviser on Energy
Office of the Executive Chairman
Ikwerre Local Government Area

 

 

################№###

 

OFFICE OF THE SPECIAL ADVISER ON ENERGY
Ikwerre Local Government Council
Isiokpo, Rivers State

Date: [Insert Date]

To:
Hon. Charles Wobodo
Executive Chairman
Ikwerre Local Government Area
Isiokpo, Rivers State

From:
Justice Ezihuo Chigonum
Special Adviser on Energy
Ikwerre Local Government Area

Co-Signer:
Darlington Osai
Special Adviser on Water Resources
Ikwerre Local Government Area

See also  Lafarge Africa Plc Recruitment 2026: Massive Engineering & Technical Jobs | Apply Now

PROPOSAL FOR THE INSTALLATION OF SOLAR-POWERED WATER BOREHOLE SYSTEMS IN ALL WARDS OF IKWERRE LOCAL GOVERNMENT AREA

1.0 Background

Access to clean and safe drinking water remains a major challenge across several communities in Ikwerre Local Government Area. This challenge has been aggravated by the inconsistent and often unavailable electricity supply required to power existing boreholes, resulting in:

  • Unreliable water access, especially during the dry season

  • Increased dependence on unsafe water sources

  • High cost of purchasing generator fuel for community water points

  • Elevated health risks, including waterborne diseases

Given these concerns, it has become imperative for Ikwerre LGA to adopt clean, efficient, and sustainable water solutions that are not dependent on grid electricity.

2.0 Project Rationale

Solar-powered water systems present the most viable and sustainable option due to:

  • Independence from National Grid: Solar energy ensures regular operation of boreholes without reliance on PHCN supply.

  • Cost Efficiency: Once installed, operational costs are significantly reduced as solar energy is free.

  • Environmental Sustainability: Solar power eliminates carbon emissions from generators.

  • Health and Social Benefits: Communities gain consistent access to potable water, improving hygiene and reducing disease burden.

  • Economic Benefits: Time saved from water searching can be redirected to productive activities.

3.0 Project Goal

To provide reliable, clean, and affordable drinking water to all communities in Ikwerre LGA through the installation of solar-powered water borehole systems in all 13 political wards.

4.0 Project Objectives

  1. To drill and equip at least one functional solar-powered borehole in each ward of Ikwerre LGA.

  2. To ensure uninterrupted water supply in communities with poor or non-existent electricity.

  3. To improve public health by reducing reliance on contaminated water sources.

  4. To promote the use of renewable energy technologies within the LGA.

  5. To strengthen community resilience and reduce economic burdens associated with water scarcity.

5.0 Proposed Scope of Work

5.1 Activities

  • Hydro-geological survey and site assessment

  • Borehole drilling to recommended depth

  • Installation of submersible solar water pumps

  • Construction of overhead storage tanks (10,000–20,000 liters per site)

  • Installation of solar panels and charge controllers

  • Construction of water collection points and tap stands

  • Community sensitization on proper use and maintenance

  • Training of selected community water management committees

See also  Wema Bank Recruitment 2026: Commercial Relationship Management Officer

5.2 Technical Components

Each solar-powered borehole system will include:

  • 1.5–2 HP solar submersible water pump

  • 6–12 units of high-efficiency solar panels

  • Steel water tower with GP tank

  • Piping and distribution fittings

  • Security housing for control unit

  • Perimeter fencing for system protection

6.0 Expected Outcomes

  • Consistent access to safe and clean drinking water in all wards.

  • Reduced reliance on generators and fuel.

  • Improved sanitation and health conditions.

  • Reduced incidence of waterborne diseases.

  • Strengthened community development through improved basic infrastructure.

7.0 Estimated Budget

A detailed budget will be provided upon approval for technical assessment.
However, current market estimates put each full solar-powered borehole system between ₦8 million – ₦12 million, depending on depth and community terrain.

8.0 Sustainability Plan

  • Formation of community water management committees overseen by the Department of Water Resources.

  • Routine maintenance scheduled quarterly, funded through minimal community contributions where applicable.

  • Use of durable and low-maintenance solar and pumping equipment.

  • LGA monitoring team to conduct annual evaluation.

9.0 Request for Approval

Your Excellency, we respectfully request your approval to commence this project, beginning with:

  1. Technical assessment and hydro-geological survey across all wards.

  2. Procurement processes for solar water equipment and drilling contractors.

  3. Phased implementation starting with the most water-challenged communities.

This initiative aligns with your administration’s commitment to improving welfare, advancing rural development, and promoting sustainable infrastructure across Ikwerre Local Government Area.

10.0 Conclusion

The provision of solar-powered water boreholes across all wards will significantly transform the quality of life for our people. It is a strategic investment that addresses immediate needs while also providing long-term benefits.

We remain committed to supporting your administration in delivering impactful and sustainable projects to the people of Ikwerre.

Respectfully Submitted,

_________________________
Justice Ezihuo Chigonum
Special Adviser on Energy
Ikwerre Local Government Area

_________________________
Darlington Osai
Special Adviser on Water Resources
Ikwerre Local Government Area

 

Scroll to Top