BATx

BATx addresses the pressing challenge of energy access in rural areas by repurposing used batteries for sustainable electrification solutions. Globally, over 800 million people lack access to electricity, with a significant portion residing in remote rural communities. In Colombia alone, approximately 1.5 million people live without access to reliable electricity, which severely hampers socioeconomic development and quality of life.

The scale of the problem extends beyond Colombia to many regions worldwide, particularly in developing countries where infrastructure development has lagged behind urban centers. Factors contributing to this issue include limited access to grid infrastructure, high costs associated with extending electricity grids to remote areas, and geographical challenges such as rugged terrain or isolated communities, this is especially true in Colombia and Latam, where the Andes and dense forests pose a significant challenge in expanding the grid.

For many of these communities, traditional electrification methods, such as extending centralized grid infrastructure, are not feasible or cost-effective. As a result, alternative solutions are needed to provide reliable and sustainable energy access. The best and most common way to bring power to these communities is by installing small microgrids or standalone photovoltaic systems paired with batteries, however, the market price of batteries, makes this solution far to expensive for widespread use. This is where BATx comes in.

By repurposing used batteries from electric vehicles and other sources, BATx offers an innovative solution to provide clean, affordable, and reliable access to electricity. These batteries, while no longer suitable for their original application, still retain significant capacity and can be effectively utilized in off-grid electrification projects. This not only provides a second life for these batteries but also addresses the critical need for affordable and sustainable energy solutions in rural areas. Our batteries are 30% to 40% more affordable and don’t require new mining output, helping accelerate the deployment of these systems.

The impact of BATx extends beyond the environmental benefits of reusing batteries and reducing reliance on fossil fuels. By providing electricity to off-grid communities, BATx empowers individuals and enhances socioeconomic opportunities. Access to electricity enables communities to power essential services such as lighting, healthcare facilities, schools, food refrigeration, and small businesses, thereby improving quality of life and driving economic development.

Furthermore, by utilizing second-life batteries, BATx contributes to the circular economy by reducing waste and extending the lifespan of valuable resources. This aligns with global efforts to promote sustainability and combat climate change by minimizing the environmental impact of energy production and consumption. So far, we have avoided the emission of at least 185 tons of CO2 and CO2 equivalents, we have reused more than 7.7 metric tons of dangerous waste and we have saved more than 60MWh of energy.

Overall, BATx addresses a critical and widespread challenge with a scalable and innovative solution. By repurposing used batteries for rural electrification, BATx not only provides access to clean and reliable energy but also promotes economic development, environmental sustainability, and social equity in communities worldwide.

BATx offers a transformative solution to the challenge of rural electrification by repurposing used batteries to provide sustainable energy access. Our innovative approach centers on the collection, refurbishment, and deployment of discarded batteries to power off-grid communities.

The process begins with the collection of used batteries, primarily sourced from electric vehicles. These batteries, although no longer suitable for their original use, still retain significant energy storage capacity. Upon collection, the batteries undergo rigorous diagnostic and evaluation procedures in our specialized laboratory with our patent pending methodology. This involves comprehensive testing to assess their remaining capacity, performance, and overall health.

Once identified as suitable for repurposing, the batteries undergo refurbishment and reconditioning to optimize their performance and extend their operational lifespan. This may include replacing faulty cells, balancing the battery pack, and implementing maintenance procedures to ensure optimal functionality. Advanced technologies are incorporated to enhance energy storage capabilities and maximize efficiency. And the new product is optimized for its second life, so we can extend its life as much possible. We do this with our deep knowledge and understanding of the internal working of the battery and our state-of-the-art diagnostics. Therefore, our products have a lifespan of more than 10 years in normal working conditions.

After refurbishment, the batteries are ready for deployment in off-grid electrification projects. These projects vary in scale and scope, ranging from standalone solar-powered systems to microgrids serving entire communities. Key to the success of our solution is the integration of smart energy management systems, enabling efficient monitoring, control, and optimization of energy usage within the battery.

BATx's solution not only provides access to clean, reliable, and affordable energy but also contributes to environmental sustainability and economic development. By repurposing used batteries, we mitigate the environmental impact of waste disposal and reduce reliance on fossil fuels. Additionally, the affordability of our repurposed batteries makes off-grid electrification more accessible and economically viable for rural communities. Our product is 30% to 40% more affordable than the equivalent product in the market.

Another important aspect of our solution is the clear environmental benefit form reusing discarded li ion batteries from electric vehicles. Every battery we reuse, and sell is one less battery that had to be mined, transported, refines, transported again, manufactures into a cell, transported yet again, manufactured into a battery, transported halfway around the world and installed. We make local battery supply chains possible, even in countries with no battery production at all. So far, we have avoided the emission of at least 185 tons of CO2 and CO2 equivalents, we have reused more than 7.7 metric tons of dangerous waste and we have saved more than 60MWh of energy.

In summary, BATx's solution leverages innovative technology and a circular economy approach to address the challenge of rural electrification. Through the repurposing of used batteries, we empower communities with clean energy access, driving positive social, environmental, and economic impact.

BATx is dedicated to serving rural communities, particularly those in developing regions, who lack access to reliable electricity. These communities endure significant socioeconomic challenges due to their remote locations and limited infrastructure. Without electricity, essential services such as healthcare, education, and economic opportunities are inaccessible. Moreover, in Colombia, decades-long armed conflicts exacerbated the situation, hindering investment and isolating these communities. Fortunately, the 2016 peace deal have de-escalated the conflict, opening avenues for progress.

Our solution directly addresses the pressing needs of these underserved communities by providing clean, affordable, and reliable energy access through the repurposing of used batteries. By leveraging discarded lithium-ion batteries from electric vehicles and renewable energy applications, we offer a sustainable and cost-effective alternative to conventional electrification methods.

The impact of our solution is transformative and far-reaching. Access to electricity empowers residents to enhance their quality of life and pursue economic development opportunities. For example, Erasmo, a beneficiary of our collaboration with ENEL in Colombia, no longer relies on harmful preservatives to store food, thanks to electricity-powered refrigeration. Similarly, our upcoming project in the Sierra Nevada region will enable coffee growers to process their produce locally, eliminating the need for costly external processing services and enhancing their economic viability. I highly encourage you to follow-up on this last project called energy for peace, which is being partially financed by USAID.

These projects exemplify the profound impact of bringing electricity to rural communities. With BATx's solution, residents gain access to essential services, such as lighting, refrigeration for healthcare facilities and food storage, and machinery for small businesses. Moreover, students can study after dark, entrepreneurs can operate machinery, and families can improve their living standards.

Overall, BATx's solution drives socioeconomic development, environmental sustainability, and empowerment in underserved rural communities. By addressing these fundamental needs, we pave the way for communities to thrive and build a brighter future.

As co-founders of BATx, Pablo and I are deeply committed to serving the communities we aim to empower. While we recognize that our team may not be fully representative of these communities, we have made a concerted effort to bridge that gap by actively engaging with local stakeholders and partnering with organizations that specialize in community development.

Our team's technical expertise complements our understanding of the communities' needs, allowing us to develop effective solutions that address their challenges. By partnering with local NGOs and organizations, we gain valuable insights and establish meaningful connections with community members.

In our approach to solution design and implementation, community input remains central. We conduct participatory workshops, focus groups, and consultations to ensure that community voices are heard and their ideas are integrated into our processes. Additionally, we collaborate closely with installation companies and stakeholders to understand the broader context and ensure that our solutions meet the needs of all involved parties.

Through this collaborative and inclusive approach, we aim to co-create solutions that align with community priorities and promote long-term sustainability. By empowering communities to actively participate in the construction and operation of our solutions, we ensure that our efforts have a meaningful and lasting impact on their lives and contribute to their integration into modern society.

To date, we have successfully sold over 371kWh of repurposed batteries, facilitating more than 40 rural electrification projects. Our solutions have been operational for over four years, with the oldest battery still performing reliably, demonstrating the effectiveness and durability of our technology. Notably, our business has been entirely financed by our sales,  the profitability and scalability of our model. As we continue to expand, our goal is to leverage this momentum to accelerate our impact and reach even more underserved communities.

We are applying to Solve because we recognize the immense value in collaborating with a diverse network of experts and innovators to overcome the multifaceted challenges facing our solution. Specifically, we hope that Solve can provide invaluable support in navigating the financial, technical, legal, and market barriers inherent in our endeavor.

Financially, accessing funding for scaling our operations and expanding our reach to more communities remains a significant challenge. Solve's resources and connections could help us secure the necessary investment and partnerships to accelerate our growth trajectory.

On the technical front, continuous innovation and optimization are essential to enhancing the efficiency and reliability of our solution. Solve's expertise in connecting us with technical assistance could provide valuable insights and guidance in refining our processes and technologies.

From a legal perspective, navigating regulatory frameworks and compliance requirements, both locally and internationally, can present obstacles to our expansion efforts. Solve's legal resources and network could offer crucial support in addressing these challenges.

Culturally, fostering meaningful collaborations and partnerships with diverse stakeholders, including battery manufacturers, energy entrepreneurs, and community leaders, requires sensitivity and cultural competence. Solve's platform can facilitate connections and provide training opportunities to enhance our leadership and collaboration skills.

In the market, identifying and capitalizing on emerging opportunities and trends in the energy storage sector is essential to maintaining our competitive edge. Solve's market insights and networking events can offer valuable intelligence and connections to stay ahead of the curve.

Overall, by participating in Solve, we aim to leverage its resources, expertise, and network to overcome these barriers and accelerate the impact and scalability of BATx. We are eager to collaborate with the best minds in the world and enhance our leadership capabilities to drive positive change in underserved communities globally.

BATx introduces innovation through its adaptable business model tailored to the dynamics of emerging markets. Unlike traditional approaches that rely on single-source suppliers, our solution standardizes processes to efficiently repurpose batteries from various brands and models. This flexibility reflects the diverse nature of the local market, where multiple vehicle types are prevalent.

By embracing this diversity, BATx maximizes scalability and resilience, ensuring its relevance across a wide range of suppliers and geographical locations. This approach not only enhances efficiency but also minimizes dependency on specific suppliers, mitigating risks associated with supply chain disruptions.

Moreover, our solution catalyzes broader positive impacts within the energy storage space by setting a precedent for circular economy practices and sustainable resource utilization. By repurposing used batteries, BATx reduces waste and minimizes environmental degradation, aligning with global sustainability goals.

Let’s not forget that we developed a groundbreaking solution for energy storage; repurposing discarded batteries, once considered waste, into a valuable new product. Through our innovative approach, we extend the lifespan of used batteries, repurposing them as reliable energy storage solutions for off-grid communities. This transformative process not only addresses the immediate challenge of rural electrification but also fosters sustainability and resilience within the energy storage sector. By creatively repurposing batteries that would otherwise be disposed of, BATx significantly reduces the need for mining new materials for battery production, thereby minimizing our environmental impact and contributing to resource conservation. Additionally, our solution reduces the cost of energy storage, making it more accessible and affordable for communities worldwide. This multifaceted approach sets a precedent for circular economy practices and sustainable resource utilization, potentially catalyzing broader positive impacts across the industry.

Additionally, BATx's innovative approach could stimulate market transformation by challenging conventional models reliant on new battery production. As awareness grows regarding the environmental and economic benefits of repurposed batteries, stakeholders across the industry may increasingly adopt similar practices, thereby fostering a more sustainable and efficient energy storage landscape.

Overall, BATx's innovative business model not only addresses the immediate challenge of rural electrification but also catalyzes broader positive impacts by promoting sustainability, resilience, and scalability within the energy storage sector.

BATx expects to have a significant impact on the challenge of rural electrification. Our solution begins with the collection and refurbishment of used batteries, primarily sourced from electric vehicles. These batteries undergo rigorous diagnostic and evaluation procedures to determine their suitability for repurposing. Once identified as viable, the batteries are refurbished and reconditioned to optimize their performance and extend their operational lifespan.

The immediate outputs of this process include a supply of repurposed batteries ready for deployment in off-grid electrification projects. These batteries provide reliable and affordable energy storage solutions for rural communities, empowering them with access to clean and sustainable electricity. Through the installation of solar-powered systems or microgrids paired with repurposed batteries, communities can power essential services such as lighting, healthcare facilities, food refrigeration, schools, and small businesses.

In the short term, access to electricity improves the quality of life for community members and creates opportunities for economic development and social empowerment. Students can study after dark, healthcare facilities can refrigerate vaccines and medicines, kitchens can safely store food, and entrepreneurs can operate machinery or charge electronic devices to enhance productivity. These immediate outcomes contribute to improved health, education, and economic well-being within the target population.

In the long term, the impact of BATx's solution extends beyond the provision of electricity to catalyze broader positive changes within the target communities. By reducing reliance on fossil fuels and promoting renewable energy sources, BATx contributes to environmental sustainability and climate resilience. Additionally, by repurposing used batteries, BATx minimizes waste and mitigates environmental degradation, aligning with global efforts to combat climate change and promote circular economy practices.

Furthermore, BATx's solution fosters economic growth and social inclusion by creating new opportunities for local entrepreneurship and job creation. As communities gain access to electricity and adopt sustainable energy practices, they become more resilient and self-sufficient, reducing their dependence on external aid and resources.

Additionally, by reducing the cost of energy storage, BATx accelerates the deployment of renewable energy solutions not only in rural communities but also in various other applications. This reduction in costs makes sustainable energy more accessible and affordable, driving broader adoption and contributing to a more sustainable energy landscape overall.

Overall, BATx expects its solution to have a transformative impact on rural electrification by providing clean, affordable, and sustainable energy access to underserved communities. Through a combination of immediate outputs and longer-term outcomes, BATx aims to empower communities, promote environmental sustainability, drive socio-economic development, and accelerate the transition to a renewable energy future for all.

Our impact goals are twofold: to eradicate energy poverty in rural communities by providing clean, affordable, and reliable power, and to reduce environmental degradation by repurposing used batteries, thereby minimizing the need for new battery production.

In terms of our impact on communities, our primary goal is to improve the lives of people living in off-grid areas by providing access to electricity. We measure our progress towards this goal by tracking the number of systems we have installed and estimating the total number of people benefited. While we do not have detailed records of the exact number of beneficiaries due to our reliance on expert companies for installation, we have deployed more than 55 batteries for rural electrification, benefiting over 100 people so far.

Our environmental impact goal focuses on reducing the environmental footprint of battery production and disposal. For every battery we repurpose, we prevent the need for new batteries to be manufactured, thereby reducing the resources and energy required for battery production. We measure our progress towards this goal by quantifying the amount of waste we have harnessed and the energy we have saved through repurposing batteries. So far, we have repurposed more than 7.7 tonnes of dangerous waste, saved over 60MWh of energy, and avoided the emission of more than 185 tonnes of CO2.

Overall, our impact goals drive all aspects of our work, guiding us to empower communities with clean energy access while simultaneously promoting environmental sustainability. By continuously tracking our progress towards these goals, we ensure that our solution remains effective and impactful in addressing the challenges of energy poverty and environmental degradation.

At the core of our solution lies a patented pending technology that revolutionizes the reuse and repurposing of lithium-ion batteries. This technology encompasses a sophisticated process and machinery designed specifically for efficiently transforming used batteries into reliable energy storage solutions.

Our innovative approach involves several methodologies and processes meticulously developed to ensure maximum efficiency and scalability. We have implemented specific workflows and software solutions to automate key aspects of the repurposing process, reducing the need for extensive training while significantly improving productivity.

Furthermore, our technology has been crafted with a strong focus on customer needs and feedback. By carefully listening to our customers and end-users, we have gained valuable insights into their preferences and requirements, allowing us to tailor our product design and features accordingly. This customer-centric approach ensures that our solutions meet the precise needs of our target market, enhancing usability and satisfaction.

Collaboration with our suppliers has also been instrumental in refining our core technology. By closely working with our suppliers, we have optimized compatibility with their products, further enhancing the overall functionality and performance of our solutions. This collaborative approach not only ensures seamless integration but also contributes to a more robust and reliable end product for our customers.

In summary, our core technology represents a comprehensive and innovative solution to the challenge of repurposing lithium-ion batteries for energy storage. Through a combination of patented processes, advanced machinery, automated workflows, customer-centric design, and supplier collaboration, we have developed a cutting-edge technology that drives sustainability, efficiency, and customer satisfaction in the energy storage industry.

As of today, we employ 6 people full time 1 person part time, we contract an engineer for specific projects, but we will be offering him a full-time job with us in the coming 2 to 3 months. And we will have 2 other job openings in the next 3 to 6 months.

I started researching this specific problem and possible solution in 2018 as university research during my undergrad in physic engineering. I managed to publish a couple of conference proceedings in IEEE conferences. In 2019 I pulled together a founder team, stopped publishing and filed the patent. In September of 2020 we created BATx, the company, and have been working full time ever since.

Ensuring diversity and fostering an inclusive environment are core values at BATx, rooted in our belief that diverse perspectives lead to better problem-solving and innovation. This commitment to diversity is exemplified in our founding team, where my business partner, Pablo, brings a background in political science and law, while I contribute expertise in physics engineering and finance. Our complementary skill sets, mindsets, and soft skills have proven invaluable in tackling challenges from various angles and driving our entrepreneurial endeavors forward.

Within our team, we actively promote diversity by welcoming individuals from different backgrounds, experiences, and perspectives. We recognize the importance of diversity in fostering creativity, enhancing decision-making processes, and fostering a culture of inclusion where all team members feel valued and respected.

One specific area where we've taken proactive measures to promote diversity is in our hiring practices. Given that the majority of roles in our company are technical or engineering-focused, we've observed a lack of gender diversity in applicants. To address this disparity, our most recent job posting specifically invited applications from women only. While this approach may seem unconventional, we believe it's essential to actively address barriers to diversity, even if it requires proactive measures. By prioritizing diversity in our hiring process, we aim to build a more inclusive team that benefits from a broader range of perspectives and experiences.

Additionally, we strive to create a welcoming and inclusive environment for all team members by fostering open communication, mutual respect, and opportunities for growth and development. We encourage team members to share their ideas, voice their concerns, and contribute to decision-making processes regardless of their background or position within the company. Through regular feedback sessions, in person and anonymous, we aim to cultivate a culture where every team member feels empowered to succeed and thrive.

Overall, our commitment to diversity, equity, and inclusion extends beyond mere rhetoric; it's ingrained in our organizational DNA and shapes every aspect of our operations, from hiring practices to daily interactions among team members. By embracing diversity and fostering an inclusive environment, we not only enrich our team but also drive greater innovation, creativity, and success in achieving our mission of empowering communities through sustainable energy solutions.

At BATx, our business model revolves around repurposing discarded batteries to create new energy storage solutions for rural electrification. We acquire used batteries from electric vehicle owners or manufacturers and process them to develop reliable and affordable energy storage systems. In addition to repurposing batteries, we offer various services aimed at reducing waste and extending battery lifespan.

For our customers, which include both renewable energy installers and end-users in rural communities, our value proposition lies in several key factors. Firstly, we provide locally sourced batteries that meet all necessary technical and safety standards, ensuring peace of mind and reliability. Secondly, our solutions are more affordable compared to traditional alternatives, making clean energy access accessible to a wider range of communities. Additionally, we offer customer service, a rarity in this industry within emerging markets, providing support and assistance throughout the process. Finally, by repurposing batteries, we offer a clear environmental benefit, reducing waste and minimizing the need for new material extraction.

For end-users in rural communities, the value proposition is access to clean, reliable, and affordable electricity. This access has a transformative impact on their livelihoods, enabling them to power essential services such as lighting, healthcare facilities, schools, and small businesses. By providing clean energy solutions, we contribute to improved health, education, and economic development within these communities.

Overall, our business model creates value for both suppliers and end-users by repurposing discarded batteries to provide clean energy solutions for rural electrification. Through affordability, reliability, and environmental sustainability, we empower communities with access to essential electricity, driving positive social, economic, and environmental outcomes.

BATx operates with a clear focus on financial sustainability, recognizing the importance of generating revenue to support its social mission. Since its inception, BATx has maintained profitability without relying on external funding sources. Over the past three years, the company has funded its operations solely through sales revenue, demonstrating a robust business model capable of generating sustainable income.

One key indicator of our financial sustainability is our profitability trajectory. Despite not receiving any external investment or significant grants, BATx achieved profitability in its second year of operation. This early profitability showcases the effectiveness of our business model and the demand for our solutions in the market.

Furthermore, BATx has experienced impressive revenue growth, consistently achieving a threefold increase year-on-year. This strong revenue growth indicates a growing market demand for our repurposed battery solutions and reflects our ability to scale operations effectively.

As we continue to expand our operations and serve more communities, we recognize the need for additional investment to support our growth trajectory. While we have sustained profitability thus far, the income from sales alone may not be sufficient to fuel our accelerated growth plans. Therefore, we plan to raise a seed investment round in the coming months.

It's important to note that this investment round is not driven by a need for runway or survival but rather by a strategic decision to accelerate our growth. The funds raised will be allocated towards making necessary investments in infrastructure, technology, and human capital to scale our operations and reach more communities in need.

One of our key strategies for achieving financial sustainability is to leverage economies of scale to drive down energy storage prices. As we increase our production volume and expand our reach, we anticipate further cost reductions in our operations, enabling us to offer even more affordable solutions to our customers.

In summary, BATx has demonstrated its financial sustainability through profitable operations and impressive revenue growth without external funding. While we plan to seek investment to fuel our accelerated growth, our solid unit economics and clear path to improving financial results through increased scale position us well for long-term sustainability and impact.