Climate Resilience Programs

"Did you know 🤔 that prior to Nov. 15, 2023, you couldn't install solar ☀️ on the Big Island 🏝️ without a design review and approval by a licensed electrical engineer, regardless of system size? This regulation exemplifies the systemic barriers ⛔ impeding rural LMI communities from harnessing solar energy. The necessity of professional installation, compounded by the costs 💸 of compliance with stringent regulatory standards, significantly inflates the overall expense of transitioning to solar power. Given the typically lower household incomes in these areas compared to urban centers, the additional financial burden can render solar systems an unattainable luxury, despite their potential for long-term savings 💰 and energy independence 🍃. Equitable access to sustainable tech is crucial. Particularly for low-to-moderate income (LMI) rural communities. Case in point: Solar Bill 66 on Big Island. Not just an environmental commitment 🌳, it's a mission for societal transition. It shows the path to reducing energy costs, creating green jobs 🛠️, and shrinking carbon footprints. All while fostering social equity 🤝. The task is huge. Collective effort? Needed. There's an opportunity here beyond environmental impact - a societal transformation 💫. Economic resilience and better quality of life for LMI communities are at stake. Join the Solar Energy Equity Movement ⚡ As industry pros, we can make the shift towards a sustainable, inclusive future real. Solar Bill 66 isn't just a local victory - it's attainable nationwide 🇺🇸 with dedication and teamwork 🤲. We're calling all innovators, investors, policymakers, and leaders to back LMI rural communities. Be it tech development, investments, or advocacy, your support matters. Here's how: 1. Advocate for similar policies locally and nationally. 2. Invest in renewable energy projects that support LMI accessibility. 3. Partner with non-profits to educate rural communities on solar benefits. 4. Provide long-term support and training. Together, we can make renewable energy accessible to all, building a sustainable future where every community thrives. Let's back initiatives like Solar Bill 66 for a brighter, equitable renewable energy future 💡. #EnergyEquity #RenewableEnergy #LMI #JEDI #AJPerkins #MicrogridMentor

Across the globe, climate change is revealing critical vulnerabilities in energy systems— particularly in countries that depend heavily on hydropower, as the frequency and intensity of droughts continue to increase. Nowhere is this challenge more pressing than in Africa, where prolonged droughts are putting at risk the reliability and resilience of power systems. Yet, there is also opportunity. Countries such as Kenya have demonstrated that bold investments in solar, wind, and geothermal energy can drive lasting change. The call to action is continent-wide. Zambia is a powerful case in point. In 2024, the country faced its worst drought in over four decades. With more than 80% of its electricity sourced from hydropower, the resulting energy shortfall disrupted healthcare, education, food systems, and livelihoods. Power outages lasting up to 21 hours a day impacted millions—highlighting the urgent need for change. That’s why Zambia’s shift toward a diversified, renewable energy mix is not just a climate strategy: it’s a lifeline. With support from UNDP and partners, Zambia is promoting productive uses of energy through solar-powered distributed renewable energy systems, reaching rural and remote communities with minigrids and crucially, making the energy transition inclusive for women and underserved groups. When women gain access to reliable, clean energy, they gain the power to lead businesses, feed communities, and strengthen resilience where it’s needed most. The energy transition must work for everyone. Read how Zambia is lighting the path forward in our new blog by Chibulu (Lulu) Luo, Ph.D. & Liza Kiwara: https://go.undp.org/3vv UNDP Climate UNDP Africa UNDP Zambia

In Ekauni, Chandauli, around 500 residents are largely unaffected by the LPG crisis — not because supply improved, but because dependency reduced. By turning cattle dung into biogas, the village has created a reliable, local energy system that runs on its own resources. Cooking fuel now flows through pipelines, just like LPG, but without the volatility of global markets. What stands out is not just the innovation, but the shift in mindset. Waste is no longer waste — it is value. Energy is not imported — it is produced. And resilience is not reactive — it is designed. The important aspect is decentralized, community led solutions can often outperform large, centralized systems —especially in times of disruption. #KYA_LAGTA_HAI #CleanEnergy #RuralInnovation #Biogas #EnergySecurity #Sustainability #CircularEconomy

I’ve been reflecting on the countless conversations about Africa’s energy future—and I keep seeing a narrow focus on electricity. Renewable energy is essential—but true sustainability goes far beyond power generation. It starts with people, communities, and the land they live on. That’s why I’m sharing this today. At Nopal Renewable Energy Corporation (NREC), we are not coming in with an outside solution—we partner with Africans to create homegrown solutions. Together, we transform degraded lands into thriving green farms. These farms generate renewable energy, yes—but they also restore ecosystems, create jobs, foster local enterprises, and provide food and income security for rural communities. The results are transformative. Communities gain the tools and opportunities to thrive, reducing conflict, building hope, and creating foundations for generations to come. Renewable energy lights homes. Land restoration and community empowerment light the path to lasting prosperity. This photo illustrates one of our projects in Namibia, where we are turning desert land into a productive green farm for bioenergy—expanding the world’s agricultural capacity while empowering local communities. This is what drives NREC, and it’s why I believe the conversation about Africa’s future must include people, land, and opportunity—not just power.

Lessons for Zambia from South Africa’s Community Solar Rollout As Zambia accelerates efforts to manage its power crisis, there are practical lessons to draw from South Africa’s recent launch of a local solar electricity plant in Madimbo and Mabvete villages near Musina. The project, commissioned by Eskom and opened by Minister of Electricity, is modest in scale but powerful in impact: over 600 households connected, solar-powered street (Apollo) lights installed, and free Wi-Fi rolled out at government facilities. Beyond lighting homes, the intervention directly supports small businesses, safety, and digital access — essentials for local economic activity. The key lesson is not technology — solar is well understood — but deployment philosophy. Energy solutions were taken directly to communities, close to demand, reducing pressure on the national grid while delivering immediate social and economic benefits. This decentralised approach builds resilience, especially during periods of load reduction or hydrological shocks. For Zambia, constituency-level and community-scale solar projects could play a similar role: powering households, markets, agro-processing, cold storage, and public services while cushioning the national system. Importantly, such projects create visible benefits that citizens can feel, helping rebuild trust during difficult energy transitions. As Zambia moves full throttle on energy reforms, the takeaway is clear: big impact does not always require mega-projects. Well-governed, locally anchored solar solutions can light villages, unlock small businesses, and strengthen resilience — one community at a time.

How 56,000 Residents Are Rewriting the Heat Pump Playbook 🏡 Quick context: Heat pumps are super-efficient electric heating and cooling systems that can replace gas furnaces and air conditioners. They're crucial for decarbonizing homes and improving energy efficiency. The conventional wisdom says adoption depends on: • Federal tax credits • Utility rebates • Contractor availability • Equipment costs But something fascinating is happening in communities across America... New data from RMI reveals how 12 local programs are cracking the adoption code through an entirely different approach. Here's what they discovered: 1. The Missing Ingredient: Community Leadership Traditional programs focus on: - Marketing utility rebates - Technical education - Contractor training - Individual sales What's actually working: - Local government coordination - Neighborhood champions - Volunteer "heat pump ambassadors" - Community installation tours - Multilingual engagement 2. The Proof Is In The Numbers Real results from these community-led programs: - 56,000+ residents actively engaged - 100+ local contractors brought into network - 3,000+ successful installations - 95% reduction in home fossil fuel use - Materials in 8+ languages - 3,500+ neighbor-to-neighbor conversations in Cincinnati alone 3. The Innovation That's Working These communities succeeded by: - Partnering with BIPOC organizations to ensure equitable program design - Creating qualified local contractor networks (saves homeowners time) - Offering full coverage options for income-qualified residents - Training volunteer ambassadors who speak the community's language - Hosting neighborhood tours so people can see installations firsthand Key insight: While the industry debates technical specs and rebate amounts, these communities are showing that adoption barriers are more social than technical. People trust their neighbors more than utility mailers. For utilities: This is how you build trust and engagement at scale. For contractors: A blueprint for community-led market development. For policy makers: Evidence that local partnerships accelerate adoption. For community organizations: A proven model to lead climate action locally. Question: What other clean energy technologies could benefit from this community-led approach? What are we missing by focusing solely on incentives and technology? #HeatPumpRevolution #CommunityPower #CleanEnergy #LocalLeadership

Galena, a remote village in Alaska just cut 200,000 gallons of Diesel a year. Great example of 'Community First' energy: ✅ Biomass heating + 1.5 MW solar + battery ✅ $1.8M/year in diesel savings ✅ New local jobs, youth training, & skill-building ✅ Reliable power in harsh winters ✅ Efficient homes cutting fuel bills by 60%+ It’s a locally run, locally built project that turns energy from a cost into a catalyst. They’re creating value where there was none before. Diesel was flown in at great cost, with almost no local employment. Now, Galena controls its energy. Shoutout to the people who made it happen Tanana Chiefs Conference, CITY OF GALENA, Alaska Center for Energy and Power (ACEP), Denali Commission, Renewable Energy Alaska Project and Galena Interior Learning Academy (GILA).

Across West Africa, millions of people live without stable electricity—especially in regions facing conflict, drought, and state neglect. In this episode, Stanley (Karana) Olivier, founder of KOC Bridges, joins me on The Africa Program Podcast to explain how simple, locally built wind turbines are helping communities generate not just energy, but also cooperation, agency, and resilience. Karana describes his unique approach: enter villages with no predetermined solution, listen to every member of the community, and help them articulate their own vision for the future. Through this process, groups that rarely speak to one another: farmers, pastoralists, youth, women – end up working side by side to build wind turbines using recycled materials sourced from local markets. These turbines provide power for charging batteries, lighting classrooms, and supporting economic activity. But just as importantly, they create spaces for dialogue, reduce opportunities for extremist recruitment, and help communities take ownership of their development. From Darfur to Côte d'Ivoire to northern Ghana, Karana’s work shows how energy access can become a catalyst for peace. #AfricaEnergy #Sahel #CommunityPower #Peacebuilding #WindTurbines #LocalInnovation #TheAfricaProgram https://lnkd.in/esMJjT_3

🏝️ Puerto Rico Shows How Community Resilience Can Power Grid Innovation⚡ From devastating darkness to distributed energy leadership - Puerto Rico's transformation offers powerful lessons for grid planners everywhere. After Hurricane Maria left the island without power for months, Puerto Rico reimagined its entire energy system. Today, the island operates the nation's largest behind-the-meter virtual power plant, with over 81,000 customers enrolled and 70,000 home batteries working together as a coordinated grid resource. The results speak to what's possible when utilities embrace distributed energy. During summer peak demand, this network delivered 48MW back to the grid with an impressive 82% participation rate. What makes this remarkable is the equity focus. LUMA Energy's program includes households without their own batteries through financing partnerships, ensuring clean energy benefits reach all communities while participants earn up to $600 per battery. As grid planners face rising demand from electrification and data centers, distributed energy programs like this offer a proven path forward. One that puts communities at the center while delivering measurable grid benefits. How do you see virtual power plants fitting into your utility's integrated resource planning? https://lnkd.in/g8chKap8 #VirtualPowerPlants #GridResilience #DistributedEnergy #CommunityEnergy #CleanEnergyForAll

Two years after Hurricane Helene tore through western North Carolina, the region's rebuilding plan runs on solar. One system, operated by Duke Energy, kept the entire town of Hot Springs powered through the storm while the surrounding grid went dark. North Carolina's Department of Environmental Quality has since put $5 million toward 26 microgrid projects across the storm's path, 24 stationary and 2 mobile, in partnership with regional nonprofits. The broader model is called a resilience hub: a school, fire station, or community center fitted with solar panels and battery storage that can operate independently of the main grid. RMI's research on the recent hurricane seasons found these hubs, part of a growing national network, kept power, refrigeration, and communication running in communities that would otherwise have gone dark for days or weeks. For rural properties and farms specifically, the same principle applies at a smaller scale. A property with solar and storage is able to take itself off the emergency responders’ immediate response list. Meaning, the focus can shift to saving those working with unreliable gas networks. That's not a policy statement. It's a function of how the system is built. Two years out from Helene, the lesson holding up across the Southeast is simple: power sources closer to the point of use fail less often, and recover faster when they do. Full sources linked in the first comment. #SolarEnergy #EnergyResilience #CleanEnergy Image Credit: Sugar Hollow Solar