Energy Access
The real impact of living without reliable electricity
Electricity poverty reaches far beyond lighting. It affects household income, healthcare, education, communication and the ability of small businesses to grow.
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AI • DECENTRALIZED SOLAR ENERGY • DIGITAL INFRASTRUCTURE
Powering people the grid and conventional solutions left behind.
Smarter decentralized electricity for underserved communities.
ALL-IN-ONE ELECTRICITY PERFORMANCE INTELLIGENCE
One intelligent energy hardware and platform for places traditional approaches cannot reach.
We connect customer energy needs, demand, affordability, system performance and field operations in one digital environment.
This allows us to serve more distributed energy users without increasing labour, field visits and operating costs at the same rate.
BUILDING OUR OWN ENERGY SOLUTION
Hardware, intelligence and access in one system.
TED Evergreen combines decentralized energy hardware with the digital infrastructure needed to assess customers, deploy systems, manage users and support energy operations at scale.
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Digital customer onboarding
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AI-assisted eligibility assessment
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Energy demand intelligence
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Remote performance visibility
TED Evergreen
Decentralized electricity built around real community needs.
AI-ENABLED ENERGY OPERATIONS
Less manual work. Better visibility. Faster decisions.
We use AI and digital technology where it reduces cost, removes repetitive work and helps our team understand distributed customers and systems more effectively.
AI-assisted assessment
We use structured customer data to understand energy demand, affordability and system suitability faster.
Digital operations
Applications, customer records, deployments and field operations move through one connected digital workflow.
Performance intelligence
System and customer information help us understand performance and direct intervention where it is needed.
CIRCULAR ENERGY
Turning solar waste into more energy access.
We recover usable components from discarded solar equipment, including battery cells, and process them for integration into affordable energy systems.
This extends the useful life of recoverable materials while reducing waste and helping us lower the barriers to decentralized electricity.
Explore Our Circular Energy Model →Waste → Recovery → Energy
ENERGY IN REAL LIFE
Electricity becomes income, comfort and essential services.
Our systems are designed around the activities electricity makes possible, from helping a small business stay productive to lighting a family home and supporting healthcare services.
Micro-business
Powering local livelihoods
Low-income homes
Electricity for everyday life
Healthcare
Reliable energy for hospitals and clinics
WHY THE INTERSECTION MATTERS
Energy hardware alone will not solve the access problem.
The communities that are hardest to reach require a different operating model. We bring together decentralized energy, artificial intelligence and digital technology because each solves a different part of the access challenge.
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Energy access is distributed
Off-grid customers are spread across different communities with different energy needs, income levels and consumption patterns. Decentralized energy allows us to reach them without waiting for traditional grid infrastructure.
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AI helps us understand each user
Energy access is not one-size-fits-all. AI can help us analyse customer demand, affordability, usage patterns and system information so we can make better deployment and support decisions.
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Digital technology makes scale possible
Serving thousands of distributed customers manually becomes expensive. Digital infrastructure connects onboarding, payments, system information, field teams and customer support in one operating environment.
Decentralized Energy
Artificial Intelligence
Digital Infrastructure
IDEAS & INSIGHTS
Why we chose to build energy access differently.
Our work is shaped by the realities behind energy poverty, the limitations of conventional approaches and the opportunity to use AI and decentralized technology differently.
Energy Systems
Why traditional solar approaches still leave communities behind
High upfront costs, infrastructure requirements, maintenance burdens and difficult replacement cycles continue to limit the reach of conventional solar systems and mini-grids.
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AI & Energy
How AI can strengthen decentralized energy systems
AI, digital infrastructure and distributed energy can work together to improve customer assessment, system performance, maintenance and operating efficiency.
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ELECTRICITY SHOULD NOT STOP WHERE INFRASTRUCTURE STOPS