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Yemen’s ‘microgrid girls’ power community amid war and COVID-19

Yemen’s ‘microgrid girls’ power community amid war and COVID-19

A women-run solar station near the front line in Abs is empowering its owners and improving life in their community.

A woman checks batteries at the Abs solar microgrid station [Photo courtesy of SDF YEMEN]

A woman checks batteries at the Abs solar microgrid station [Photo courtesy of SDF YEMEN]

“The role of women was housework only,” laments Huda Othman Hassan, a young woman from Abs, a rural district in the north of Yemen, near the border with Saudi Arabia.

“Although we are educated and university graduates, we had no decision-making power and couldn’t work in any field.”

But now a new project is helping shift those norms. Last year, Othman and nine other women in Abs set up a solar microgrid, just 32km (20 miles) from the front line in a war that has killed tens of thousands and left more than 3.3 million people displaced.

The project is one of three the United Nations Development Programme helped put in place in front line off-grid communities in the country. The Abs station is the only one run entirely by women.

The other two – located in the Bani Qais district near Abs, and in the Lahij governorate in the southern part of the country – are managed by 10 young men each; 30 percent of them are people who are displaced.

Before the Abs station was built, Othman says, the high price of commercial electricity meant her community was unable to access it. “Most people used a flashlight or a five-watt bulb on a small battery,” she says.

Now, the solar microgrid provides the community with cheaper, clean, and renewable energy, while also tackling another major issue in this part of Yemen – helping women earn a stable income and gain new professional skills.

 

Abs solar microgrid co-owners repair solar panels [Photo courtesy of SDF YEMEN]

Yemen ranks at the bottom of the UN gender equality index and there are very limited work opportunities for women, especially in rural areas. 

But for the group managing this project in Abs, the work has been transformative.

“At first, they made fun of us – that we want to do men’s work. But now, our community is respecting us, as we are business owners. They come to the station and ask us if there are opportunities. Now, they want their women to participate and succeed like the microgrid girls,” says Iman Ghaleb Al-Hamli, director of the station.

“The project has built our self-reliance, confidence in participating in society and broken the red line in dealing with men,” she adds. “And we are now contributing to the family monthly budget to cover food and other necessities.”

The site of the solar microgrid project in Abs [Photo courtesy of SDF YEMEN]

Producing and selling power

Before Yemen’s war started in 2015, finding food and fuel was already a struggle. Five years on, more than 80 percent of the population needs some sort of assistance and more than half of rural communities do not have access to energy as fossil fuel prices continue to surge and embargoes make fuel even more difficult to obtain.

In addition, COVID-19, which is now rampant in Yemen, is deepening the crisis.

This is the first time in Yemen that microgrids have been introduced to both produce and sell solar power – and they are believed to be the first privately run energy sources in the country.

Before the arrival of the grids, rural communities were reliant on diesel generators – polluting, expensive and susceptible to sudden shifts in the price of fuel.

Now, these three communities have access to sustainable energy and their electricity bills have been “cut by 65 percent”, according to Arvind Kumar, the UNDP’s Yemen project manager. While diesel costs $0.42 an hour, solar energy costs only $0.02, making it more affordable for Yemenis.

 

A woman works at the Abs station [Photo courtesy of SDF YEMEN]

“Existing power plants are no longer functional in Yemen and the current energy-transportation infrastructure doesn’t extend to rural areas,” explained Kumar.

“These rural areas are the heart of Yemen’s economy where agriculture, water, public services and the local economy largely depends on fossil fuels. With no income, no jobs and oil price rising, the rural communities would always struggle to stand on their own feet. In this context, solar microgrids, which can be small or medium, are the way forward.”

In setting up its project, the UNDP provided seed grant money and trained the women in Abs and the young men in Bani Qais and Lahij to establish, manage and maintain solar microgrid businesses to bring electricity to their communities.

“I learned technical skills, such as charging batteries, connecting wires, measuring power using an Avometer, converting power from DC current to AC current and checking the capacity in KW,” says Amena Yahya Dawali, a technical officer at the Abs station.

The women’s 20-day training also covered business skills and finance, in addition to four days of orientation on a microgrid model. The project is also supported by the European Union and implemented by the Sustainable Development Foundation (SDF) and CARE International.

A woman works at the Abs station [Photo courtesy of SDF YEMEN]

Community benefit

In Abs, the microgrid has improved life for the wider community.

“In my community, we used to go to sleep at seven o’clock in the evening. Now, we can accomplish many tasks at night,” Ghaleb says.

“There is a woman who sold one of her sheep and bought a sewing machine and now, she can do sewing in her home at night after her children sleep.”

Climate innovation charity Ashden awarded the project the 2020 Ashden Award for Humanitarian Energy. “Local NGOs thought the project would face huge challenges because it is highly technical and these women had never done anything remotely similar,” a spokesperson for the charity said.

“They said that if you are going to put this very expensive equipment in the hands of people who have never done that, it could be over within four months. But now more than a year on, the grid is still working, generating energy and incomes, and nothing has been stolen or vandalised. The community sees the benefits of it and protects it.”

The other two micro-grid stations are also functioning at full capacity, providing energy to commercial shops. Across all three solar microgrids, electricity sold by the project’s 30 owners has helped 70 times as many people. Some 2,100 people gained disposable income as they were able to start income-generating activities, such as sewing, welding, selling groceries and setting up commercial shops. Including those using the services and visiting the shops, approximately 10,000 people made indirect gains from sustainable energy in the three communities.

 

A woman checks the metres at the Abs station [Photo courtesy of SDF YEMEN]

“The most revealing part of this initiative is to see beneficiaries no longer vulnerable and dependent on humanitarian aid as they now have a sustainable way to generate income, whereas, in other humanitarian interventions in Yemen, it is hard to find such evidence,” Kumar said.

These projects are even more important now that COVID-19 is spreading across the country.

“As we fight back against COVID-19, an already strained healthcare system, economy and society have been stretched to new limits,” said Auke Lootsma, UNDP’s Yemen resident representative. “If we want to meet the demand for power across these sectors, we need to continue building bold on-grid and off-grid decentralised energy solutions, and promote these solutions amongst development partners, private sector actors and international financial institutions.”

The next step for the programme is to secure funding from the private sector and microfinance institutions to build up to 100 additional microgrids in remote areas of the country, in order to keep schools and hospitals open during the conflict and the pandemic. The UNDP is also planning to pilot projects transforming waste into energy and desalination based on the same microgrid business model.

“The future is promising,” says Ghaleb. “Our dream has been fulfilled with this first station, and now we aspire to cover the entire region.”

The ‘microgrid girls’ alongside solar panels at the project in Abs [Photo courtesy of SDF YEMEN]
SOURCE : AL JAZEERA
https://www.aljazeera.com/features/2020/10/18/amid-war-and-covid-19-yemeni-rural-women-set-up-solar-microgrid
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Solar Power

The Story of Babcock Ranch “modern day solar city”

 

The story of Babcock Ranch: how a modern-day “solar city” came to life in Florida

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Bank Financing for your solar power from Sterling Bank

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Bank financing is available. 20% down and payment spread over 24 months. Call 08171075866 or +12018154132.

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Africa’s noisy, expensive generators boost electricity but damage the environment

REUTERS/TEMILADE ADELAJA
Diesel-run generators are seen in Lagos, Nigeria
FEELING SMOG

Africa’s noisy, expensive generators boost electricity supply but are an environmental hazard

By Yinka Adegoke

In Lagos, the culture of noisy back-up generators is so ingrained there’s unspoken etiquette about showing consideration for neighbors about how long you leave yours on late into the night. Of course, noise is just one of many of the drawbacks of using generators, especially when the electricity supply is such that the tag “back-up” is something of a misnomer.

Nigeria is one of many developing countries where electricity is unreliable and the impact of using generators to supplement (or essentially replace) grid-based supply is what the International Finance Corporation explores in a report titled The Dirty Footprint of the Broken Grid.

The fleet of generators in the 167 developing countries modeled (excluding China) is estimated to have a total capacity of 350–500 gigawatts which is the equivalent of 700–1,000 large coal-fired power plants. These generators are spread over 20 million to 30 million individual sites and deliver an estimated 100–170 terawatt per hour of electricity every year which is a substantial portion of electricity service in some regions. The six biggest users of back-up generators are: Nigeria, India, Iraq, Pakistan, Venezuela, and Bangladesh.

In western Africa, private generators provide the equivalent of 40% of what’s generated by the grid. In the subregion’s largest economy, Nigeria, the study conservatively estimates the installed capacity of generators is between 15-20 GW compared with a grid capacity of 5-15 GW.

And this isn’t cheap for the home owners and local businesses forced to rely on generators. Spending on diesel and petrol for generators is a whopping $30 billion to $50 billion a year. This comes with an average use cost of 30 cents per kWh for fuel alone which is around double the average cost of grid electricity.

Overall, the full cost of using generators is estimated to be between 40 cents to several dollars per kWh particularly for those in the most remote locations due to logistics and transport expenses. In Sub Saharan Africa, one out of every five liters of diesel and petrol is used in a back-up generator.

This past week at the United Nations General Assembly there has been a lot of serious deliberation about our global climate crisis. One of the common themes is how Africa is responsible for a tiny percentage of causes of climate change but will face a disproportionate impact. One of the ironies for African countries with poor electricity supply and heavy generator use is that these petrol and diesel machines are “substantial contributors to environmental and health burdens.”

As Quartz Africa has written before, generators are responsible for health-damaging emissions of fine particulate matter, sulfur dioxide, nitrous oxides, carbon dioxide and other pollutants that contribute to climate change. The report says in Sub-Saharan Africa, nitrous oxides from back-up generators account for 15% of all nitrous oxides emitted in the region, and particulate matter emissions are equal to 35% of emissions from all motor vehicles.

There are also major safety issues particularly for low-income residential areas in cities where owners have small, inflammable petrol generators in proximity to their apartments or shared living spaces.

There is some hope that as developing countries economies improve and grow distributed solar and storage technologies can offer a superior and effective alternative to the back-up generators.

Sign up to the Quartz Africa Weekly Brief here for news and analysis on African business, tech and innovation in your inbox

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How solar energy can improve healthcare in Nigeria

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Solar Energy News Solar Power

Solar power could stabilize Nigeria’s Electricity grid and save it money

May 30, 2019 10.17am EDT
Author Samuel Ayokunle Olowosejeje
Research fellow, University College Cork

Solar power in Port Harcourt
Lengthy power cuts are pretty much a daily experience in Nigeria. The country’s epileptic power supply has been identified by businesses as the second biggest obstacle to doing business in the country, after a lack of access to finance.

This unreliable power supply is a major hindrance to Nigeria’s economic growth. It also costs the country an enormous amount of money. Quoting Nigerian government data, the International Monetary Fund (IMF) says that a lack of access to reliable electricity costs Nigeria an estimated US$29 billion a year.

The situation comes with environmental and health risks, too. Many individuals, households and organisations have resorted to fossil-fueled generators. Nigerians spend an estimated US$14 billion a year on small-scale generators.

The country’s current power generation capacity, according to the IMF, is about 13,000MW. But often electricity generated and transmitted is below 4,000MW/hour. Nigeria’s generation capacity is comprised of gas-fired and hydro power stations. However, the system operates well below capacity. This is partly because of problems with gas supplies to fuel the power stations.

That’s where solar power comes in. It holds enormous promise for addressing Nigeria’s unreliable energy supply. Estimates suggest it could increase the availability of electricity to almost 80 million people who currently have none. It could also diversify the country’s energy portfolio. Most of this promise is based on the fact that solar-based generation capacity can be built up far quicker than traditional power plants. It can also be built in chunks, starting small and adding on the capacity as time goes on.

Solar can also be connected to a country’s electricity grid. Or it can be run off the grid. This makes it the most practical option for improving access to electricity across Nigeria. It can also be used on its own, or as part of a hybrid mix with other technologies.

Cost-effective and reliable
I conducted a case study with some colleagues to ascertain the economic value of solar power to Nigeria. We calculated that a transition to solar-based energy could reduce the country’s electricity costs by up to 132%.

These savings are based on the current cost of running Nigeria’s electricity grid supported by petrol or diesel generators used by businesses and households.

The other advantage of going solar would be its impact on the cost of generating and distributing electricity. Solar costs are coming down. They have become cheaper than the fossil fuel alternatives, according to the International Renewable Energy Agency. The agency, an intergovernmental organisation, supports countries’ transition towards sustainable energy.

Nigeria’s electricity system is saddled with a huge gap between the cost of generating electricity and the tariffs it receives. This gap was estimated at $2.4 billion in 2015-17. The tariff gap, says the IMF, can be closed by reducing the cost of generating and distributing electricity, and through increasing the tariff by at least 50%.

The huge gap between the tariff and operating costs has meant that Nigeria’s privatisation of its electricity sector has not delivered improvements in the availability of reliable electricity. This is in part because the electricity distribution companies inherited a derelict infrastructure from the Nigerian government through the National Electric Power Authority, which was unbundled in 2005 and privatised in 2013. They cannot afford to upgrade this.

It’s also because power consumers are not willing to pay for an unreliable electricity supply.

Its potential in application
Solar-based energy, especially when done on a large scale, can contribute to reducing the cost of generating and distributing electricity in Nigeria.

Renewable technologies could also help to develop an electricity market where those producing surplus energy can sell it to those who have a shortfall. Currently, such a market is limited by the conventional grid systems. These are designed based on centralised big power plants and a one-way flow of energy from the power plants to the customers.

Also, the design of conventional electricity grids is such that they are only stable to the extent that demand and supply is well balanced. They are therefore not well suited to the intermittent supply of electricity that renewables generate. The solution to these limits of conventional grids could be micro-grid clusters that can source energy from a variety of independent power producers.

The potential for building solar units in small chunks and adding more capacity as time goes on makes solar-based power generation ideal for plugging the gaps in Nigeria’s energy requirements. It is the most technically feasible and cost-effective solution to the challenge of extending electricity to 80 million people who are currently without access to energy. Solar, in combination with other technologies, can reduce the cost of doing business in Nigeria.

 

https://qz.com/africa/1632978/nigeria-solar-power-could-fix-costly-electricity-problems/?fbclid=IwAR2mf4ArHQt4_T0rHQrD337pmOr-zfVnEVqZn9GFq8BPxuuhVz5_dRS98mM

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Giving electric vehicle batteries a second life in solar projects

Solar Basics: Giving electric vehicle batteries a second life in solar projects

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Jos says hello to solar power

It was an incredible week in Jos. The team left on Monday and arrived in Jos on Tuesday morning. We were installing Solar Power at the National Metallurgical Development Center. The agency falls under the auspices of the Ministry of mines.

We were installing the Almadden glass solar panels and a 2.5 kwh LG Chem 48 V lithium ion battery. Our trusted and reliable Victron Multiplus was the partner chosen for this. It allowed us to do fancy things with our battery without using a BMS.

Please enjoy the pictures from Jos

 

[envira-gallery id=”4369″]

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Solar Power in Industrial Quantities

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Electronics company Bosco Printed Circuits, who are located in Johannesburg, were used to seeing production come to a halt on their shop floor as often as twice a week

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Google launches solar power service in UK

Google is offering a new service, which it says could help British homeowners save money by switching to solar power.

The tech giant has released an online tool called