Power that Saves Lives

Convert sunlight into dependable power for critical care, lower energy bills, and zero downtime, 

safeguarding operations, protecting patients, and strengthening long-term energy resilience.

Power that Saves Lives

Reliable solar power for critical care, lower costs, 

zero downtime, stronger resilience.

When Power Fails, Everything Is at Risk

In a hospital, power is not just electricity.
It is continuity. It is safety. It is life itself.

Every second, critical equipment must run without interruption.


Patients rely on stable environments.
Doctors and nurses make decisions that cannot wait for power to return.

But in reality, outages happen.
Generators step in — often late, often costly, often unreliable over time.


Fuel costs rise. Maintenance becomes constant. And beneath it all, there is always that quiet risk… what if the power fails at the wrong moment?

This is the reality many healthcare facilities face.

 

Solar changes that.

 

Not as a backup.
But as a reliable, primary energy source — designed to support the critical nature of hospital operations.

Engineered solar systems for hospitals across Kenya.

With the right system, hospitals can operate with stability and confidence.


Critical systems remain uninterrupted.
Energy costs become predictable and significantly lower.
Dependence on fuel reduces.
And operations continue — quietly, seamlessly, without disruption.

 

This is not just about saving money.
It is about creating an environment where care is never compromised.

 

At PowerPoint Systems E.A Ltd, we design solar solutions specifically for hospitals across Kenya, built around the realities of healthcare, the demands of critical systems, and the need for absolute reliability.

 

Because in healthcare, power should never be a question.
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Case Study: Iranda Sub-County Hospital

Nestled in Kisii County, Iranda Sub County Referral Hospital plays a vital role in providing essential healthcare services to the surrounding community. As a key referral facility in the region, the hospital supports critical services including maternity care, emergency response, and immunization programs, serving hundreds of patients who depend on consistent, quality care every day.

 

However, like many public health facilities, its ability to deliver these services was heavily impacted by unreliable power.

 

The Challenge

The hospital relied heavily on the national grid, a power source that proved inconsistent and unpredictable.

Frequent outages left the facility in darkness during critical moments, severely affecting service delivery.

  • Life-threatening maternity conditions: Power disruptions during deliveries placed both mothers and newborns at risk
  • Compromised medical equipment: Incubators, suction machines, and essential lighting could not function reliably
  • Vaccine storage risks: Refrigeration systems failed during outages, threatening the integrity of life-saving vaccines
  • Limited service hours: The facility struggled to operate effectively beyond daylight, restricting emergency response at night

In a healthcare setting, where every second matters, unreliable power was not just an inconvenience, it was a direct risk to human life.

 

The Solution

PowerPoint Systems deployed a 10kWp solar system integrated with battery storage, designed to guarantee continuous and dependable power.

The system:

  • Captures solar energy during the day
  • Stores excess energy in batteries
  • Automatically supplies power during outages or after sunset

This ensures the hospital remains fully operational, regardless of grid performance.

 

The Impact

•  Reliable Power for Safe Deliveries
Maternal care has been transformed. Deliveries can now take place safely at any time, with uninterrupted lighting and fully functional medical equipment.

•  Enhanced Service Delivery
The hospital now operates beyond daylight hours, enabling medical staff to respond to emergencies at night with confidence.

•  Protection of Essential Medicines
Vaccines and temperature-sensitive medications are consistently preserved, reducing waste and ensuring availability when needed.

•  Reduced Operational Costs
Dependence on costly diesel generators has been significantly reduced, freeing up resources to be redirected toward patient care.

 

Why It Matters

In healthcare, power is not a luxury, it is essential.
With a reliable solar solution in place, Iranda Sub County Referral Hospital can now deliver safe, consistent, and life-saving care, day and night.

 
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Case Study: Gertrude's Children's Hospital

 

Gertrude’s Children’s Hospital is one of Kenya’s leading pediatric healthcare institutions, renowned for its commitment to delivering high-quality, specialized medical care.

 

To support its operations, the hospital relies on critical infrastructure including a borehole water pumping system and a Reverse Osmosis (RO) plant — both essential in ensuring a safe and continuous water supply for patients and staff.

 

The Challenge

While essential, these water systems were highly energy-intensive, contributing significantly to the hospital’s electricity bill.

  • Rising operational costs: Continuous power demand from the borehole and RO plant drove up monthly electricity expenses
  • Dependence on grid power: Reliance on the national grid exposed critical water systems to potential instability and outages
  • Strain on resources: High utility costs limited the hospital’s ability to redirect funds toward patient care and facility improvements
  • Underutilized space: The parking area remained an untapped asset despite its potential for energy generation

In a healthcare environment, where reliability and efficiency are paramount, the need for a smarter, more sustainable energy solution became clear.

 

The Solution

PowerPoint Systems designed and implemented a targeted solar solution delivered in two strategic phases:

Phase 1: Borehole Pumping System
A 20kWp solar carport system installed over the parking area to power the borehole water pump — transforming unused space into a productive energy asset.

Phase 2: Reverse Osmosis Plant
A dedicated 16kWp solar system installed to support the hospital’s RO plant, ensuring efficient and continuous clean water production.

 

Both systems feature:

  • High-efficiency solar panels
  • Robust, hospital-grade inverters
  • Smart monitoring for real-time performance tracking
  • Seamless integration with existing infrastructure
  • Minimal disruption to hospital operations

 

The Impact

KES 120,000 Monthly Savings
Significant reduction in electricity costs, easing operational expenditure.

KES 15 Million in 10-Year Savings
Long-term savings that can be redirected toward enhancing patient care and expanding medical services.

Reliable, Clean Water Supply
Consistent power ensures uninterrupted operation of both the borehole and RO systems — critical for hygiene, safety, and daily operations.

Enhanced Energy Resilience
Reduced dependence on the grid protects essential systems from power instability and outages.

Smarter Use of Space
The solar carport optimizes the parking area, delivering energy while maintaining full functionality for staff and visitors.

Sustainability in Action
Lower carbon emissions reinforce the hospital’s commitment to environmentally responsible healthcare.

 

Why It Matters

In healthcare, it is often the unseen systems — like water and power — that make the biggest difference.
By integrating solar into its core infrastructure, Gertrude’s Children’s Hospital has taken a decisive step toward efficient, resilient, and future-ready healthcare delivery.
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Case Study: Kakuma Refugee Camp Hospital

Located in the remote and arid region of Kakuma Refugee Camp, the main hospital serves as a critical lifeline for tens of thousands of displaced people. In an environment where access to basic resources is limited, reliable healthcare is not just essential — it is lifesaving.

 

Yet delivering consistent medical services in such a setting comes with unique and significant energy challenges.

 

The Challenge

Operating in a completely off-grid location, the hospital depended entirely on diesel generators for power — a solution that was both costly and unsustainable.

  • High operational costs: Continuous fuel consumption placed a heavy financial burden on hospital operations
  • Unreliable power supply: Generator downtimes and fuel constraints led to interruptions in critical services
  • Limited healthcare capacity: Energy constraints restricted the use of essential medical equipment and refrigeration systems
  • Maintenance-intensive operations: Frequent servicing and breakdowns diverted time and resources
  • Environmental impact: Heavy diesel usage contributed to emissions and noise pollution within the camp

Energy was not just an operational expense — it was a constant constraint on the quality and reliability of care.

 

The Solution

In partnership with UNHCR, PowerPoint Systems designed and deployed a 55kW solar hybrid system with integrated battery storage, delivering a clean, reliable, and fully off-grid energy solution.

The system:

  • Generates power from solar throughout the day
  • Stores excess energy for night-time and backup use
  • Seamlessly replaces diesel generators as the primary power source

This transition enabled the hospital to operate entirely on solar energy, eliminating the need for daily generator use.

 

The Impact

100% Solar-Powered Operations
The hospital now runs entirely on solar energy, ensuring uninterrupted power — day and night.

Significant Cost Savings
Fuel expenses have dropped dramatically, freeing up funds to upgrade medical equipment, stock essential supplies, and enhance patient care.

Improved Healthcare Delivery
Medical staff can now operate critical equipment, refrigeration systems, and lighting without the fear of power interruptions.

Low Maintenance, High Reliability
The solar system requires minimal upkeep compared to diesel generators, allowing teams to focus on patient care rather than power management.

Environmental Sustainability
The shift from diesel to solar has significantly reduced emissions and eliminated noise pollution, creating a cleaner and quieter healthcare environment.

 

Why It Matters

In a setting like Kakuma, power is more than electricity, it is the foundation of dignity, safety, and survival.
With a fully solar-powered system in place, the hospital can now deliver reliable, efficient, and sustainable healthcare to the communities that depend on it most.

Solar for Hospitals in Kenya - 
Reliable Energy for Better Care, Every Hour of Every Day

From large hospitals to clinics and dispensaries, healthcare facilities depend on one thing above all — consistent, reliable power.

Solar energy provides a smarter way forward.

By switching to solar, healthcare providers can reduce electricity costs, eliminate downtime, protect critical equipment, and ensure uninterrupted patient care — even in areas with unstable or no grid access.

Whether it’s powering maternity wards, preserving vaccines, running life-saving equipment, or simply keeping the lights on, solar transforms healthcare delivery from uncertain to dependable.

Clean energy. Lower costs. Better outcomes.

Power your facility with confidence — and deliver care without compromise.

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