Hospital Microgrids: Powering Healthcare Sustainably | HuiJue
A hurricane knocks out regional power grids while surgeons are performing open-heart surgery. Traditional backup generators sputter to life... then fail due to contaminated fuel. This
A hurricane knocks out regional power grids while surgeons are performing open-heart surgery. Traditional backup generators sputter to life... then fail due to contaminated fuel. This
The initiative tackles an urgent challenge: one in four primary health facilities in sub-Saharan Africa lacks electricity, while only half of hospitals have reliable power.
In the quest to rapidly deploy energy in emergency settings, MSF logisticians have been trialling an innovative potential solution
Learn how this solar solution reduces costs and emissions for South Africa''s hospitals, helping them focus on patient care while
To bridge this gap, we are proud to present our Solar-Powered Hospital —an innovative, self-sufficient healthcare solution that combines
To bridge this gap, we are proud to present our Solar-Powered Hospital —an innovative, self-sufficient healthcare solution that combines robust photovoltaic technology with
We apply this model to a case study for a hospital in South Africa, considering its need for reliable electricity in light of multiple outages that might occur over the course of a
Four years in, Mediclinic now has photovoltaic panels installed at 28 sites across South Africa and is heading towards their next phase of the programme, a national project
This system uses an 860kWh battery, a 200kW power conversion system and a 300kW PV system to provide efficient, clean
The EU-funded SophiA project set out to change this reality by delivering clean energy, refrigeration and water solutions tailored
Learn how this solar solution reduces costs and emissions for South Africa''s hospitals, helping them focus on patient care while protecting the planet.
The EU-funded SophiA project set out to change this reality by delivering clean energy, refrigeration and water solutions tailored specifically for remote African healthcare
This system uses an 860kWh battery, a 200kW power conversion system and a 300kW PV system to provide efficient, clean and sustainable power support for the hospital.
In the quest to rapidly deploy energy in emergency settings, MSF logisticians have been trialling an innovative potential solution in the form of a container with extendable solar
The initiative tackles an urgent challenge: one in four primary health facilities in sub-Saharan Africa lacks electricity, while only half of
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Solar-powered hospitals can continue operating essential equipment and services in emergencies or during grid outages, safeguarding patient care and safety. Contact us to join hospitals in South Africa as they adopt and reap the rewards of Solarus’ solution. We’ll arrange a feasibility study first, and then we can discuss the exciting next steps.
Yet solar thermal solutions currently cover less than 0.4% of this energy (Solarus and Greenline Africa, 2024). This highlights a vast, untapped potential for renewable energy in the sector. To cover even 20% of the heat demand, hospitals would need a solar collector area of approximately 150,000 m² (Solarus and Greenline Africa, 2024).
In addition, South Africa’s 696 hospitals – 48% of which are privately operated – face an annual heat demand of 331 GWh. Yet solar thermal solutions currently cover less than 0.4% of this energy (Solarus and Greenline Africa, 2024). This highlights a vast, untapped potential for renewable energy in the sector.
Solarus’ solution can be adjusted to meet the specific energy demands of a hospital, from small clinics to large multi-campus healthcare facilities. This adaptability makes it easier for hospitals to plan and implement a phased transition to renewable energy, starting with the most energy-intensive areas and expanding as savings are realised.