The community in Les Anglais is slowly starting to rebuild. A recent survey of our customers said about 90% had some housing structure in place – you can read more about that here. One of the most pressing energy needs identified in the survey was phone charging, with over 90% of our customers saying they needed a way to change their phones. Unfortunately, even though we are hard at work planning for reconstruction, we haven’t been able to restore full service yet. However, we do have generation capacity with more than enough power to charge cell phones.
We have started to offer phone charging at the generation site to address community wishes as we get back in the swing of things. Rosane, the Enèji Pwòp Grid Ambassador is managing this. We’re starting slowly at first, just a few hours a day a couple days a week and charging rates in line with the local market and not by the kWh. We may open up charging to other items (laptops, batteries, radios, etc) if there seems to be a need. While what we really want is to be able to restore the same level of service we were providing before, we’re happy we can help out the community in the meantime!
by Wendy Sanassee
It’s been more than 3 months since Hurricane Matthew struck Les Anglais, and the community has started reconstruction by doing whatever possible to get their lives back on track. We thought our supporters would like an update on how the community is faring. The storm severely damaged homes and businesses in Les Anglais. All of Enèji Pwòp’s 450 customers were affected but to differing degrees. To assess the damage to the community and gauge when homes would be rebuilt and ready for connection to the grid, we carried out a door-to-door survey at the end of 2016. We talked to 84% of our customers to assess the level to which they were impacted and gather information on the state of remaining structures, the state of remaining electrical components, and energy access needs in the aftermath of Matthew.
Results indicated that over 85% of customers still had at least part of two rooms and a roof intact in their structure. This was either because their homes had only been partially destroyed by the storm or because they had been able to at least partially reconstruct their structures with scrap metal and donated tarps. Before the storm, most houses were made with concrete blocks and rocks for walls and metal sheets for roofs but the combination of those three materials have shown a low resistance to the category 4 hurricane. Another observation: most pf the affected houses faced the coast and had suffered either from the storm surge or were directly exposed to the wind gusts coming from the sea because of their location. About 12% of our customers were still displaced from their house at the time of the survey. Of those 12%, over 90% have the firm intention of going back to their pre-Matthew housing and about 4% will not. The likelihood of the customers returning to their previous housing appears to be directly related to the house owner’s ability to obtain the financial resources to rebuild.
Rebuilding is an essential prerequisite for customers' reconnection when grid service is restored in Les Anglais. Many people would like to rebuild with concrete to be better prepared for the next big storm, but in reality metal sheets are much more likely to be used because they are more affordable, easily sourced locally and easier to install. Because of this, most customers (72%) plan to re-roof with metal sheets compared to only 14% using concrete as the main reconstruction material.
The survey was also designed to find out how the components and materials used for connection to the grid fared. Given the extent of the storm's damage in the town, the survey results were surprisingly positive. On average, the components’ survival rate was about 69%. The remaining materials were either blown away during the storm or were intact but damaged. The most robust component of the home wiring installation was the breaker box (85.4%) and 67.5% of the SparkMeters were reported to still be in good condition. We are currently carrying out individual testing to find out which meters can still be used.
The population of Les Anglais is “thirsty for electricity”, as they phrase it. Even though phone charging stations exist, they are considered insufficient and have been identified as the greatest power needs, with over 90% of the respondents asking for this service. Ice is another commodity that is wanted but limited in Les Anglais as it requires a freezer and ultimately a generator and diesel to operate. Lighting is also an issue and solar lamps that were distributed by Enèji Pwòp proved to be the main source of lighting to many customers (37%), followed by kerosene lamps (36.1%).
"Electricity is addictive," explained one survey respondent, "Once one has access to it, one struggles without it." The Les Anglais community is struggling to adapt to the temporary absence of grid power by reverting to kerosene and candles for lighting. People are paying third parties for services such as phone charging that, with grid power, they used to have in their own homes. Customers expressed they are anxious to have Enèji Pwòp electricity back in Les Anglais. While they were initially afraid we would leave the community after the storm, these fears were assuaged when they saw the field team at work gathering downed materials and holding community meetings.
adapted from a presentation to the HOMER Energy Microgrid Conference
by Rachel McManus
EarthSpark is a US based non-profit with the mission of eradicating energy poverty. Our method is to do the r&d on business models that can spin off and scale. We’ve already spun off SparkMeter, a smart metering technology company along with Enèji Pwòp, a Haitian social enterprise. And we are now working on a business model for microgrids.
This is Haiti, where we work. Haiti is a beautiful, vibrant Caribbean country that also happens to be the second independent state in the Western hemisphere and the only born of a slave rebellion. The narrative we often hear is of devastating stories about Haiti so we want to start with the positive.
This blog will talk about our experiences during and after Hurricane Matthew but also highlight two main things: first of all that microgrids for energy access are really hard. And secondly that microgrids for energy access are essential to local resilience. Now is a really exciting time for building the models that can scale to solve pieces of very big problems!
This is also Haiti. Only about 30% of the country has access to electricity. And there are several groups working on energy access solutions there and a portfolio of technologies and products will ultimately solve the energy access problem.
Things were going well for the Les Anglais microgrid. Inaugurated in June 2015, the grid served 450 homes and businesses with electricity 24/7. Customers were saving 50-80% over what they were paying before for kerosene lamps, third party phone charging and small diesel generators. We signed a 9-year concession with our next town and had begun the process of community engagement and household mapping.
Of course though, things were not perfect. Haiti has been going through an electoral crisis and we were also dealing with theft, among many other issues (we’ll be writing more about our experience with theft protection soon!). Even to get to the point of having a grid we had to develop our own smart metering technology.
Things got even more difficult when Matthew, a category 4 hurricane made landfall in Les Anglais at the beginning of October. In the days before the storm, we prepared the grid the best we could. We let the community know in advance that we would have to shut down the grid so that they could charge their phones and radios, we placed sandbags at the generation site, shut off the grid and found safe spaces for our staff.
After the storm passed we had 3 days of no communication before we could learn what had happened. When we made contact, the information we received was devastating. Most people in Les Anglais had lost their homes; we even lost the roof of our own house. Approximately 90 people were killed though we are extremely grateful to find out that all of our staff members were safe.
Aside from preparing immediately before the storm hit, we had built a high-quality system. Our solar panel array was rated for a category 4 storm. We had also made sure not to connect houses to the grid that were in precarious locations. One area of town that we didn’t connect to the grid, Bo Lagon, was sadly wiped away before the storm even hit. In the end, the grid fared comparatively well. In terms of our generation system, we lost about 40% of our panels but the power electronics and battery bank were left unscathed. The distribution system, however, will have to be completely redone. As most of our customers lost their homes it will be a while before we can reconnect them.
It would have been wonderful to be able to say today that our microgrid was up and running and more resilient than the unreliable national grid. But when all your customers have lost their houses, it’s not that easy. Our generation system can be up any day now, but we think it will be about 6-9 months before homes are in place and the distribution system is rebuilt to provide power to our customers.
However, all of this also shows why infrastructure is so important. As relief took place, we saw how lack of infrastructure and planning – poor roads and lack of stored food supplies to name a few, made reaching those in need more difficult. To break from the difficulties of systemic poverty, infrastructure is so crucial. We see integrated electrification as part of a bigger picture of 'integrated economic and environmental resilience' that links to other sectors like roads/transportation, communications, and building materials/practices.
We have to admit that solutions even more decentralized than our grid – such as solar lanterns and small generators - met basic needs better after Matthew. Because people need energy services, not just energy access. We need to be building sustainable, long-term infrastructure, including sustainable energy services that can unlock economic potential with higher levels of power so that we aren’t always just meeting basic needs in developing countries.
EarthSpark is working on getting our microgrid powering homes and businesses as and when the community rebuilds. It’s not easy and there is a lot of risk involved, but our work also holds so much potential for not only solving energy access in Haiti but also unlocking deeper economic security and quality of life for the regions we serve.
After three long days of radio silence, we were able to re-establish communication with our team and confirmed that all EarthSpark and Enèji Pwòp team members are safe and accounted for. Most Les Anglais homes and businesses were destroyed or severely damaged. Trees have been reduced to stumps. We don't yet know the full toll of casualties. So far, people are taking the situation in stride, sheltering where they can, and relying on well water.
The EarthSpark microgrid fared comparatively well. We lost ~25% of the solar panels, but the generation system is largely intact. We're now working with multiple stakeholders on a plan to temporarily retool the energy assets to power urgent disaster relief efforts. Most of the homes and businesses connected to the grid were destroyed, so beyond relief work, we will plan in tandem with reconstruction efforts to re-establish the poles-and-wires distribution system of electricity for the town.
Many thanks to everyone who helped directly or expressed concern as we worked to re-establish contact with our team. We stand with the people of Les Anglais and all of Haiti's southwest peninsula as they work to recover and reconstruct.
Here are some more photos from Les Anglais just after the storm.
Donations will help re-establish and expand electricity service in Les Anglais and the hurricane-effected region. Please donate here now.
With generous funding from the US Trade and Development Agency and the Nathan Cummings Foundation, EarthSpark International, Energy and Security Group, and The Haiti Energy Institute recently completed a countrywide market study of the potential for town-sized, solar-powered microgrids across Haiti. The study was conducted for EarthSpark’s Haitian social enterprise spin-off, Enèji Pwòp, S.A. in order to facilitate a fundable plan for microgrid development. Following a desk study of un-electrified Haitian towns, field research was undertaken in 89 rural towns from July-October of 2015.
The study sample targeted towns with no or limited grid access. With the list of towns finalized, the surveys were designed with input from anthropologists, microgrid consultants, and energy policy advisors with a background in the Haitian cultural and energy contexts and focused upon the following research parameters:
· Energy demand / energy expenditures
· Private generation and appliance ownership
· Current political situation
· Strength of community organizations
· Town infrastructure and ease of accessibility (police station, bank, wire transfer services, roads, ports, etc.)
· Economic drivers and market activity
· Key crops
· Geographic distribution of buildings, town size / density
· NGO and Diaspora presence
The field research team consisted of 20 teams of two researchers, hailing mostly from Haiti, Canada, and the US. Thanks to partnerships with three local universities, Université Quisqueya, Université d’Etat d’Haïti, and Enstiti Travay Sosyal ak Syans Sosyal, 30 Masters level Haitian students were recommended by the deans of their respective universities for research positions.
EarthSpark partnered with the Haitian Energy Institute, which was instrumental in managing logistics of the site visits and on-the-ground interviews. The partners ran a weeklong training session, or “microgrid bootcamp,” in Les Anglais, Haiti, home to EarthSpark’s first microgrid. The training included a multi-disciplinary curriculum on electricity, solar generation, survey methodology, and practice interviews.
An in-house geospatial analysis of each of the towns was undertaken to determine the following: estimate of potential connections, building density, and flood risk. GIS tools used for the study were Google EarthEngine API and QGIS. This project also included a desk study of relevant laws, regulations and decrees relevant to micro-grid development and operation in Haiti, outlining opportunities and challenges.
With this information in hand, EarthSpark and Enèji Pwòp are ever closer to reaching the goal of building 80 microgrids across Haiti. A public version of the report is forthcoming.
Beyond Haiti, EarthSpark is now well positioned to leverage its research methodology and survey experience to undertake or facilitate similar market studies in other countries seeking visibility into microgrid development potential.
Here we feature an excerpt from the Rocky Mountain Institute's recent blog "Changing Lives with Solar Microgrids". Read the full article here.
EarthSpark began working in Haiti providing people with small solar home systems and solar lanterns, products that are life-changing tools for people without access to grid electricity. But the organization soon realized that those aren’t the solutions to which everyone aspires. “To truly unlock economic opportunity, people need access to higher levels of electricity than what a solar home system can provide,” Allison Archambault, president of EarthSpark International, told RMI.
“With the right conditions minigrids can provide energy services in a low-cost sweet spot between small levels of energy consumption that can be effectively served by small stand-alone solar systems and traditional grid extension,” according to Eric Wanless, a principal in RMI’s international practice leading the Sustainable Energy for Economic Development initiative. EarthSpark isn’t the only group focusing on microgrids. Husk Power has brought electricity to 200,000 people in the highly unelectrified state of Bihar in India, using rice husks to fuel microgrids; Powerhive, Devergy, and PowerGen are bringing power to East Africa with solar microgrids; and Gham Power is building solar microgrids in rural Nepal.
A microgrid can give residences and businesses enough power to run motors, process agricultural products, and power freezers. Plus, much of the electricity used by rural industry is seasonal, such as an agricultural mill, which is used during harvest season and on market days. “Building an energy system just for that mill would mean an asset that is under-utilized much of the time,” adds Archambault. “But with a microgrid, you can use that capacity for other uses, and everyone buys down the cost for everyone else. We like to say our system is powerful enough to energize industry, and progressive enough to serve every single customer.”
Read the full article on RMI's blog here.
Scaling Sustainable Energy for All: EarthSpark International and the Case for Micro-grid Infrastructure
By Allison Archambault
Globally, the electricity sector is changing. Two megatrends underlie the necessity of the transition: Climate Change and Energy Access. Worldwide 1.2 billion people lack access to electricity and instead spend large amounts of money on low quality energy services such as kerosene, candles and charcoal. Each year, 4 million people die due to indoor air pollution from these inefficient sources of energy and countless more remain locked in poverty.
Ironically, important innovation in decarbonizing the global energy supply may come from remote villages that have not yet seen electricity. Where there is no incumbent infrastructure, there is an opportunity to build energy systems with today's best technologies and business models. These models that leverage clean energy, storage, smart grid, and customer participation can be adapted and transferred – South to North – to inform the evolving utility business models in established markets.
Smart Meters, Scalable Solutions
Building infrastructure from scratch – where no incumbent exists – means it is possible to leapfrog directly to today’s best technologies and business models, but best practices in smart grid, tariff structures, and grid resiliency have not yet been clearly defined for the ‘energy access’ markets. Enter EarthSpark. When no low-cost, high-functionality smart meters existed on the market for EarthSpark’s inaugural grid in 2012, EarthSpark developed prototype smart meters to meet its needs. In 2013, EarthSpark spun off the smart metering company SparkMeter, Inc., which is now enabling grid operators to increase energy access and improve operations in 5 countries. EarthSpark drives practical innovation to meet the needs of the rural poor, and EarthSpark is now developing a scalable model for microgrid development and operation. Bundling technical innovation, community engagement, diverse partnerships, and novel financing, EarthSpark is building project-based change and ‘de-risking by doing.’
EarthSpark is a non-profit organization working to expand access to high-quality energy services. EarthSpark's mission: eradicate energy poverty. Our method: do the research and development on business models that can spin off and scale to address specific aspects of energy poverty. So far, we have spun off Enèji Pwòp, S.A., a Haitian social enterprise, and SparkMeter, Inc., a smart meter technology company. We have also built a first-of-its-kind, town-sized, solar-powered, smart grid in rural Haiti.
Working in Haiti since 2009, EarthSpark International has sold over 18,000 small-scale clean energy products ranging from solar lanterns to efficient cookstoves. In 2012, EarthSpark turned on a first-of-its-kind privately operated pre-pay microgrid in Les Anglais, Haiti, a small town that had never before had grid electricity. In 2015, EarthSpark expanded the grid to 430 connections, directly serving over 2000 people with 24-hour electricity powered primarily by solar energy and battery storage, cutting customers’ energy costs by up to 80% over previous energy sources. The community-scale grid is large enough to power small industry while progressive enough to offer accessible service to every single resident living within the infrastructure’s footprint. For those living beyond the grid, EarthSpark continues to support local entrepreneurs in the sale and support of stand-alone solar products.
Unlocking Potential: From One to Eighty Grids
EarthSpark aims to build eighty microgrids in Haiti by the end of 2020. With one grid up and running, EarthSpark has learned much, but to get to 80, several barriers need to be cleared. With local partners, EarthSpark has led a 100-town microgrid market assessment for Haiti and worked at several levels to clarify the Haitian legal and regulatory landscape for microgrid development and operation. Planning is one thing, executing is another, and the ‘process risk’ in microgrid development remains extremely high.
EarthSpark is seeking grant funding to build the next three grids and, in parallel, to build the experience-backed fundable plan for the next 40 grids. EarthSpark’s microgrid development experience to-date has underlined the truth that implementation of a process – the actual building of grids – is by far the best way to de-risk the process for future developments.
Integrated Electrification: Empowering People with more than Watt-Hours
Electricity in and of itself is useless. It’s what one does with each watt-hour that is truly transformative. With highly efficient appliances, productive uses of electricity, and thoughtful demand management, not only can customers make the most of newly available electricity, operators can maximize customer value and grid revenue. EarthSpark works with communities and customers to deeply assess energy service needs and opportunities. EarthSpark also takes a ‘feminist electrification’ approach to infrastructure planning, ensuring that women’s voices and roles are important throughout the planning and implementation of the electrification process.
Microgrids, Community Resilience + Sustainable Energy for All
To meet Sustainable Energy for All goals, 40% of all new connections will come from microgrids. Around the world, local governments are looking to microgrids to harden critical infrastructure and improve resiliency. Innovation is portable, and in building a model for clean, smart, transformative community infrastructure, EarthSpark is pursuing deep solutions to both energy access and climate change. Join us!
Une énergie durable adaptée pour tous: EarthSpark International défend une infrastructure de micro-réseaux
par Allison Archambault, traduit par Daphné Joseph-Gabriel
Mondialement, le secteur énergétique change. Deux tendances majeures sous-tendent cette nécessité d'une transition: le changement climatique et l'accès à l'énergie. De part le monde, 1,2 milliard de personnes n'ont pas accès à l'électricité et, à la place, dépensent de grosse somme d’argent pour des services énergétiques de piètre qualité, tels que le kérosène, les bougies et le charbon de bois. Chaque année 4 millions de personnes succombent aux pollutions intérieures de l'air causées par ces sources inefficaces d'énergie, et un nombre incommensurable reste coincé dans la pauvreté.
Ironiquement, l'impulsion majeure dans l'innovation de la décarbonisation de l'offre énergétique mondiale pourrait venir de villages reculés qui n'ont encore ni vu ni connu l'électricité. Là où il n'y a pas d'infrastructure au préalable, il existe une opportunité de mise en place de systèmes énergétiques qui utilisent les meilleurs modèles économiques et les technologies de pointes. Ces modèles qui mettent à profit une énergie verte, le stockage, les réseaux intelligents, et la participation du client peuvent être adaptés et transférés - du Sud au Nord - pour informer les modèles économiques des services en cours de mutation dans les marchés établis.
Compteurs intelligents, solutions adaptées
Construire une infrastructure ex nihilo - où rien n'existe au préalable - veut dire qu'il est possible de sauter directement aux technologies de pointe et aux meilleurs modèles économiques. Toutefois, les meilleures pratiques des réseaux intelligents, des structurations tarifaires, et de résilience du réseau n'ont pas encore été clairement définies pour les marchés où l'accès énergétique est un défi. C'est là qu'intervient EarthSpark. Lorsqu'aucun compteur intelligent bon marché à haute fonctionnalité n'existait sur le marché pour le réseau inaugural d'EarthSpark en 2012, EarthSpark a développé des compteurs intelligents prototypes pour répondre à ce besoin. En 2013, d'EarthSpark a essaimé l'entreprise de compteurs intelligents SparkMeter, Inc., qui permet désormais aux opérateurs de réseaux d'accroître l'accès à l'énergie et améliorer les opérations dans 5 pays. EarthSpark pousse à ce que l'innovation pragmatique corresponde aux besoins des populations rurales pauvres, et développe maintenant un modèle adaptable pour la mise en route d'un micro-réseau. Regroupant l'innovation technique, la participation communautaire, des partenariats divers, et un financement novateur, EarthSpark est en train de construire un changement projet par projet, et se faisant réduit considérablement le risque.
EarthSpark est une organisation à but non lucratif qui œuvre pour étendre l'accès aux services énergétiques de haute qualité. La mission d'EarthSpark: éradiquer la pauvreté énergétique. Notre méthode: mener la recherche et le développement de modèles économiques qui peuvent essaimer et s'adapter à des aspects bien spécifiques de la pauvreté énergétique. Pour l’instant, nous avons lancé Enèji Pwòp, S.A., une entreprise sociale haïtienne, ainsi que SparkMeter, Inc., une entreprise technologique de compteurs intelligents. Nous avons également construit le premier réseau intelligent en Haïti rural, à l'échelle du village et à énergie solaire, réseau unique en son genre.
Travaillant en Haïti depuis 2009, EarthSpark International a vendu plus de 18 000 produits énergétiques verts de petites échelles, allant de lanternes solaires à de cuisinières à basse consommation énergétique. En 2012, EarthSpark a mis en route le tout premier micro-réseau prépayé privé à Les Anglais en Haïti, un petit village qui jusqu'à maintenant n'avait jamais eu accès au réseau électrique. En 2015, EarthSpark a étendu le réseau à 430 connexions, reliant directement plus de 2000 personnes avec de l'électricité 24h sur 24, fournit principalement par de l'énergie solaire et stockée en batterie, ce qui a réduit jusqu'à 80% les coûts énergétiques pour les clients. Ce réseau à l'échelle de la communauté est assez puissant pour fournir du courant à de petites industries, tout en étant capable de proposer un service accessible à chacun des résidents qui vit dans l'espace d'opération de l'infrastructure. Pour ceux qui vivent au-delà, EarthSpark continue à soutenir des entrepreneurs locaux dans la vente et la confection de produits solaires indépendants.
Libérer le potentiel: de un à quatre-vingts réseaux
EarthSpark envisage de construire quatre-vingts micro-réseaux en Haïti d'ici la fin 2020. Avec un réseau en pleine opération, EarthSpark a beaucoup appris, mais pour arriver à 80, certaines barrières doivent être levées. Aux côtés de partenaires locaux, EarthSpark a mené pour Haïti une étude du marché des micro-réseaux dans 100 villes et a travaillé à plusieurs échelons afin de lever le voile sur le paysage légal et règlementaire d'Haïti pour le développement et la gestion de micro-réseaux. Planifier est une chose, exécuter est autre chose, et le risque dans le processus de développement de micro-réseaux demeure extrêmement élevé.
EarthSpark est à la recherche de subventions afin de construire les trois prochains réseaux et, en parallèle, afin de mettre en place le projet finançable et les études-terrains pour les prochains 40 réseaux à venir. L'expérience jusqu'à maintenant acquise par EarthSpark dans le déploiements de micro-réseaux à mis en évidence que l'implémentation du processus - la construction effective de réseaux - est de loin le meilleur moyen de réduire le risque de futurs déploiements.
Electrification intégrée: habiliter les populations avec plus que des wattheures
L'électricité en soi ne sert à rien. C'est ce qui est fait avec chaque wattheure qui est véritablement transformateur. Avec des appareils hautement efficaces, des usages productifs de l'électricité, et une gestion raisonnée de la demande, non seulement les clients peuvent profiter de l'électricité nouvellement disponible, les opérateurs peuvent aussi maximiser la valeur-client et les revenus du réseau. EarthSpark travaille avec les communautés et les clients afin de profondément mesurer les besoins et opportunités des services énergétiques. EarthSpark adopte également une approche "d'électrification féministe" envers la planification de l'infrastructure, faisant en sorte que les voix et les positions des femmes soient pleinement prises en compte tout au long de la planification et du déploiement du processus d'électrification.
Micro-réseaux, résilience communautaire + énergie durable pour tous
Afin d'atteindre les objectifs d'énergie durable pour tous, 40% de toutes les nouvelles connexions proviendront de micro-réseaux. De part le monde, les gouvernements locaux se tournent vers les micro-réseaux afin de fortifier les infrastructures critiques et améliorer la résilience. L'innovation est transférable, et dans la mise en place d'un modèle pour une infrastructure de communauté verte, intelligente, et transformative, EarthSpark développe des solutions profondes à la fois pour l'accès énergétique et le changement climatique. Rejoignez-nous!
by Adam Eberwein
Whether in the United States in the 1930’s or in Haiti in present day, rural electrification has always had one primary goal: improve people’s lives. But electricity alone cannot achieve this.
Access to grid electricity in Les Anglais has numerous immediate benefits for users at all consumption levels, benefits that can be seen simply by taking a walk through town on a typical evening. With 30 watts of power and LED lightbulbs, a woman can study for entrance examinations into a Port-au-Prince University. A 20-watt radio for one man and an 80-watt television for another provide access to news and sporting events, keeping these customers informed on issues that can impact their daily lives. A 50-watt fan provides another with much needed comfort after a day’s work in the hot sun, possibly stopping the Dengue Fever-carrying mosquito that would have bitten the owner. These all provide instances of improvements in quality of life, but the question that should be asked is, “What’s next?”
Introducing income-generating activities in Les Anglais through newly developed business ventures, taking advantage of the availability of affordable, reliable electricity, is an important aspect of EarthSpark and Enèji Pwòp’s work in ‘integrated electrification.’ The business potential of electrification – the productive uses of electricity – can take many forms. For the upcoming corn season in southern Haiti, new customers flock to Les Anglais to use an electric-powered thresher provided by the local women’s coop that will remove dried corn kernels from the cob at a rate of a 180 pounds per hour, a rate significantly faster and less labor intensive than the 20 pounds per hour manual alternatives. A major businessman in town has access to an electric corn mill that, run alongside his existing diesel-powered mills, augments the throughput of corn in his milling business, saving his customers hours of standing in line with their buckets. A businesswoman sells refrigerated drinks from her recently purchased freezer to men visiting for the afternoon for a scheduled hearing at the courthouse.
Productive uses of electricity don’t always develop in a town on their own. EarthSpark is working with local businesses and customers to improve this. At times this might mean having a discussion with a customer on the proper use of storing frozen goods or troubleshooting why his or her freezer has failed and making recommendations.
To highlight this work, we’d like to share the story of local carpenter - Napoleon Jean Nasso. Napoleon had been hired by a local hotel to build doors and furniture specifically for the speed and quality that his electric power tools could provide. With a looming deadline, he needed to use his power saw, edge grinder and sanding tools. Unfortunately, inrush currents tripped the protective "mov" feature of his smart meter. EarthSpark staff worked tirelessly to overcome this. Solutions are commercially available for inrush current but not locally available. As a temporary strategy to help Napoleon meet his deadline, EarthSpark ordered inrush current dampening thermistors in the US, sized for his particular needs. Before the thermistors could arrive, EarthSpark staff members worked with Napoleon to assess which of his machinery he could use without tripping the meter so he could continue to work. After installing the thermistor, Napoleon was able to deliver on time.
These are some examples how EarthSpark and Enèji Pwòp continue to support growth within Les Anglais in the pursuit of an improved and sustained quality of life.