Sala espera dones hospital

Bouaké: from energy poverty to health

From energy poverty to Health care: the role of renewable energy in improving healthcare in Bouaké.

As part of the ongoing efforts to address the challenges posed by the COVID-19 pandemic and the global climate emergency, the #KotiakróA360 project has been launched. This project is being led by our engineer, Maria Vivancos, and has received funding from the Catalan Agency for Development Cooperation (ACCD). The primary goal of this initiative is to enhance the provision of healthcare services at the Health Center and Maternity Ward located in the Kottiakoffikro neighbourhood of Bouaké city in Ivory Coast.

During the intervention in the area, a photovoltaic generation system has been implemented, which has ensured the availability of electricity 24 hours a day and improved the energy efficiency of the impacted center. It should be noted that in many areas of Africa, the general electricity network is unstable and causes frequent power outages.

This often results in hospitals or health centers being left in the dark while consultations, surgeries, etc. are being carried out, or medical equipment deteriorating due to poor quality of the network.

Additionally, the intervened infrastructure benefits from energy savings by consuming less energy from the grid.

The implementation of solar panels enables the stabilization of electrical supply and ensures its availability, which provides a substantial improvement in the service and provision of healthcare, as well as the lifespan of medical equipment, by minimizing network failures.

In the first phase of the project, our project manager and engineer worked with local technicians to install a photovoltaic system that ensured the availability of locally-produced electrical energy from renewable sources. During the process, the technicians were trained in maintaining the solar plant, promoting maximum local autonomy possible. Moreover, this installation has also enabled the availability of locally-produced medical oxygen with concentrators.

Oxygen is an essential medicine for the management of childbirth and the treatment of childhood illnesses such as pneumonia, malaria, or sepsis, which are prevalent in the intervention area. Furthermore, with the COVID-19 pandemic, oxygen became even more critical for health centers and hospitals such as Kotiakró, which was designated by the Ministry of Health as a center for the isolation and treatment of COVID-19 patients. At that time, during the pandemic, it was anticipated that, while the majority of treated patients presented mild symptoms, 14% would require oxygen in the hospital, and 5% would require mechanical ventilation in intensive care. Therefore, the availability of medical oxygen became a vital issue to ensure the health and well-being of the population.

The installation of 3 concentrators has allowed the hospital to have guaranteed access to medical oxygen 24 hours a day, 7 days a week, in order to meet the needs for medical oxygen, which were previously not guaranteed.

As explained by Eugène Kra Kouassi, President of AIP, and Assé Kouadio Innocent, Director of the Pediatrics Department at the CHU (University Hospital Center), in the documentary you can watch, prior to the intervention, there were no public hospitals in the area that could administer continuous oxygen. Before the project, the only healthcare center in the city with oxygen availability was the CHU. However, the supply was not guaranteed, as it was provided through cylinders that were filled at centralized plants in Abiyán, which is a 5-hour drive from Bouaké.

Indeed, due to the lack of availability of continuous oxygen supply in Bouaké, patients would have to be transferred to the hospital in Yamoussoukro. Therefore, it was deemed necessary to find alternatives for the supply of medical oxygen in Bouaké.

If someone outside the city needed this treatment, they often had to travel more than 40 km to reach the CHU in Bouaké. Many times they arrived and there was no oxygen available in the cylinders.

In addition to the installation of the oxygen concentrators, technical and healthcare personnel were trained on the proper use of the equipment and improved patient care. The project not only includes the technical aspects related to the installations, but also aims to approach healthcare and health improvement through the sensibilisation of the local population near the Kotiakró Health Center, through the training of women’s groups in different villages and neighborhoods.

Throughout the different phases of the project, informative sessions on sexual and maternal-infant rights have been carried out with the aim of improving women’s health and the overall health of the community. These sessions provide knowledge and tools to promote sexual health from a rights-based approach focused on the well-being of individuals.

We work on projects like this because we believe that access to energy improves access to other rights such as the right to good healthcare or the right to education. Although the intervention in the area has already been completed, we are waiting to obtain results and assess the impact of the project on improving healthcare, both in terms of equipment, healthcare personnel, and beneficiaries.

Maria Vivancos

Maria Vivancos

Head of Cooperation & Oxygen Area

Azimut World

maria.vivancos@azimut360.coop


Tecnics-formació-aecid22

Technical advice on standardizing processes for creating micro-networks in rural areas in Mozambique

Technical advice on standardizing processes for creating micro-networks in rural areas in Mozambique.

According to World Bank sources, in 2020 only 30.6% Mozambique’s population had access to electricity. The great challenge facing the country is its total electrification by 2030, especially of rural areas that are far from the grid.

FUNAE is the main public body in charge of electrifying the most remote and isolated areas, mostly with the implementation of micro-grids powered by renewable energy (solar photovoltaic and hydraulic). Currently, tools are needed to build and maintain the mini grids and guarantee quality standards.

In this context, our engineer and head of international area @MarcosMorales has given training to provide process-standardization tools for designing and implementing micro-grids that will provide electricity in rural areas.

This technical assistance is provided for FUNAE as part of a project led by our colleagues @Aiguasol, which also proposes the design of a digital tool to control and monitor micro-grid data as part of the DigutalEnergy Challenge for Utilities 2022 competition.


Article ARE

Understanding the clean energy transition in community-driven decentralised renewable energy projects in Germany and sub-Saharan Africa

Understanding the clean energy transition in community-driven decentralised renewable energy projects in Germany and sub-Saharan Africa.

Mireia Gil, engineer and project director of Azimut 360, contributed to the publication of the Alliance for Rural Electrification with the Gbreko Kanian Project Case study: Electrification of 7 rural communities with hybrid micro-grids and photovoltaic systems in the Zanzan region (Côte d’Ivoire).
The effects of climate change have accelerated and amplified in recent decades. Extreme weather, natural disasters, economic collapse, food and water insecurity are all symptoms of this crisis. Similarly, 759 million people have no access to electricity, while another 2.8 billion still suffer from unreliable electricity services. As it seems the Paris Agreement goals will not be achieved by 2030, new approaches to clean energy transition are required.
This publication explores the potential of community-driven decentralised renewable energy (DRE) projects to address the climate crisis, provide access to electricity and contribute to the socio-economic development of communities.
The publication’s case studies highlight the main benefits of community-driven human rights projects in Germany and sub-Saharan Africa, and some of the notable barriers faced by these projects.
You can read the entire publication on this link:
https://www.ruralelec.org/publications/understanding-clean-energy-transition-community-driven-dre-projects-germany-and-sub


AZIMUT360 installs 500 kW for Gambia MRC

AZIMUT360 installs 500 kW for Gambia MRC.

AZIMUT360 presents the project developed with MBolo Association and the Medical Research Council (MRC) installing 501 kWp in Gambia. As technical partners in charge of the design, management and commissioning of the installation, Azimut360 follows the story of empowerment of 3 women who throughout the installation develop dependable technical skills.


Inauguration of the Tanafelt solar micro-grid

Inauguration of the Tanafelt solar micro-grid.

On 12 June, in Dardara (Chefchaouen, Morocco), was held the conference to mark the start of the project “Improving the competitiveness of the Tanafelt Women’s Textile Cooperative for local economic development in Northern Morocco”. The project, developed jointly with the local counterpart ADL-Al Maghrib and co-financed by AECID, focused on consolidating two projects of Social and Solidary Economy: the Textile Cooperative of women of Tanafelt and the Cooperative of renewable energies Codiber. The latter was created in the framework of a project executed by Azimut 360 in partnership with the City of Chefchaouen.
The improvement of the competitiveness of the textile cooperative has been achieved in part through access to 24/24h quality electricity through a 4.2 kWp solar micro-grid that serves the school, the nursery and the homes of the teachers of the village. Cooperative members have attended various training courses in electrical sewing and product marketing, which has enabled them to expand their production capacity as well as their product catalogue and customer market.
Codiber, the Chefchaouen renewable energy cooperative, consolidated and strengthened its competencies through theoretical-practical training it received as an installation company in the execution of the Tanafelt solar micro-grid.