ConFlow's iLamps are innovative streetlamp units equipped with solar panels, batteries, and a processing chip to create a virtual power plant network. The company plans to deploy half a million units in countries like Nigeria, the UK, and the US, offering AI power, communication, and data processing services. Local authorities pay for the compute-per-hour and power provided by the iLamps, generating revenue for ConFlow and offering benefits like carbon credits. Additionally, the lamps offer various intelligence services based on user requirements, such as weather data and sports performance analysis. Fitzpatrick's project involving iLamps with cameras and panic buttons adds a surveillance aspect to the service, which he defends as governments show interest in purchasing.
Category: Transportation
Cut emissions:
– Enhance Efficiency
– Shift to Alternatives
– Electrify Vehicles
– Switch Fuels
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Tesla Energy boss on energy abundance, EVs, V2G and big and small batteries
Tesla Energy's Asia Pacific boss Josef Tadich emphasizes the abundance of solar energy, the significance of batteries in different sizes, the increasing popularity of electric vehicles, and the introduction of vehicle-to-grid technology (V2G). The interview underscores the crucial role of renewable energy solutions in the energy sector and the potential for advancements in sustainable transportation.
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Energy Insiders Podcast: Tesla Energy boss on energy abundance, EVs, V2G and big and small batteries
Tesla Energy's Asia Pacific boss Josef Tadich emphasizes the abundance of solar energy, the significance of batteries in different sizes, the increasing popularity of electric vehicles, and the introduction of vehicle-to-grid technology (V2G). This interview underscores the expanding role of renewable energy sources and the advancements in energy storage technology in the Asia Pacific region, impacting the energy market and paving the way for a more sustainable future.
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Massachusetts ‘vehicle-to-everything’ demonstration hints at EV batteries’ grid potential
Massachusetts is deploying bidirectional electric vehicle chargers to explore using EV batteries for backup power, self-consumption, and demand response, funded by the American Rescue Plan. The program aims to understand how electric buses and other vehicles can interact with the grid as EV adoption increases, offering significant revenue opportunities for vehicle owners. State- and utility-led bidirectional charging programs are becoming more common across the US, with the state's ConnectedSolutions virtual power plant providing generous compensation for owners of bidirectional-capable EVs. Despite concerns about balancing power needs with vehicle owner usage during demand response events, there is optimism that utilities will overcome obstacles and utilize the significant energy storage capacity of EV batteries to cover a meaningful fraction of vehicles on the road in Massachusetts.
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What is the value of energy efficiency and flexible demand? A new tool will help us find out
The article emphasizes the importance of balancing supply-side infrastructure with demand-side resources to create a more cost-effective and sustainable energy system in Australia. It suggests investing in energy-efficient appliances and consumer energy resources to reduce the need for large-scale power stations and transmission networks. A new framework called FlexCost has been developed to quantify the costs of implementing assets like home batteries and EV chargers, providing decision-makers with a stronger evidence base for demand-side options. By considering both how electricity is generated and how it is used, the goal is to create a more affordable and efficient energy system that responds to local needs and is gradually deployed.
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Commercial Electric Fleet Operators In South Africa Prove 27% Cost Advantage — Infrastructure Scales To Meet Demand
South Africa's electric vehicle market is experiencing significant growth, with commercial fleets showing economic advantages and consumer interest increasing. The recent fuel price shock has strengthened the economic case for electric mobility in the country. Government incentives, such as a 150% tax deduction for investments in zero-emission vehicles, are attracting investment in local manufacturing. Industry leaders emphasize the need for partnerships with global battery suppliers and reforms to tax mechanisms to support zero-emission vehicle adoption. Early adopters in the commercial fleet sector have seen significant cost savings and operational efficiency with electric vehicles compared to diesel equivalents. The shift towards electric and electrified vehicles is evident, with evidence showing significant cost savings for EV drivers compared to petrol equivalents. Additionally, the installation of off-grid solar-powered ultra-fast charging stations is helping to support the growing demand for electric vehicles in the country. The latest generation of 800-volt vehicles in South Africa can handle fast charging and have a range of 800 kilometers. Speakers highlighted the need for policy reforms, incentives, and infrastructure support to accelerate the adoption of electric vehicles. Battery manufacturing is seen as a strategic priority for transitioning the automotive industry towards hybrids, battery electrics, and fuel cell electric vehicles. Transformation in dealer networks, service capabilities, and consumer education is also necessary for the industry. Infrastructure investment requires regulatory clarity for grid connection, smart charging standards, and grid integration planning with utilities.
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The Kardashev Scale: Australia’s staggering energy transition and its untapped opportunity
Australia is on the brink of a significant energy transformation, moving towards renewables and storage to double electricity demand by 2050. The focus is on harnessing solar power to become a renewable energy superpower. The country exports a large amount of energy but also imports 90% of its liquid fuels for transport, leading to economic and security impacts. The transition to renewable energy in Australia, particularly in the South West Interconnected System, has been significant with a shift from thermal reliance to solar and battery generation. Rooftop-solar generation has increased dramatically, with battery generation also on the rise. This transition is setting the stage for exponential scaling of renewable energy in the future. Australia has the potential to emerge as a renewable energy superpower by embracing solar and storage technologies.
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Battery Storage Boom Brings Free Electricity To Australia
The increase in battery energy storage systems in Australia, along with the growing adoption of BESS globally, is leading to lower electricity costs for residential and small business owners. Grid-scale and residential battery installations are surging, displacing more expensive gas and hydro power and reducing reliance on fossil fuels. The affordability of batteries and the shift towards longer-term storage are key components in the transition to clean energy. Programs like the Solar Sharer initiative demonstrate the potential for renewable energy to outcompete traditional sources, showcasing the importance of battery storage in maximizing efficiency and reliability of renewable energy systems.
https://cleantechnica.com/2026/06/01/battery-storage-boom-brings-free-electricity-to-australia/
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Philadelphia clean energy campaign turned millions invested into billions saved. Here’s how.
The Philadelphia Energy Campaign has successfully created over 11,000 jobs and $1.3 billion in economic investment since 2016, while also generating $1.4 billion in energy savings for the city and its residents. Programs like Built to Last and Solarize Greater Philadelphia have provided low-income homeowners with access to housing-repair and solar installation programs. Funding mechanisms such as Commercial Property Assessed Clean Energy and the Philadelphia Green Capital Corp have supported energy efficiency and renewable energy projects, blending public and private financing. Despite the loss of federal funding, the campaign remains resilient and focused on advancing climate solutions through collaboration and political support.
https://www.utilitydive.com/news/philadelphia-energy-campaign-economic-impact-report/821584/
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Chile EV Sales Report: 10% Market Share Reached in April Thanks to 247% Growth!
Chile has been a leader in adopting new technologies in Latin America, with the highest per-capita deployment of solar and a comprehensive network for electric vehicles (EVs). Despite lagging in passenger EV adoption, the country saw a significant increase in EV sales after a rise in gasoline prices due to Trump's war in Iran. EV sales in Chile have grown significantly, with the market shifting from BEV-heavy to near parity between BEVs and PHEVs. This rapid growth in EV sales has been unique to Chile compared to other countries in the region. The increase in electric vehicle adoption in Chile has been significant, with Changan leading in April thanks to its affordable Cs55 PHEV. BYD and Tesla also hold top positions in the market. Chile has comprehensive efficiency regulations for vehicles, with stricter requirements coming in 2027 and 2029 for different categories. The availability of hyper-affordable ICEV models in Chile has slowed the transition to electric vehicles. Despite this, the Chilean market remains competitive and diverse in terms of EV models available. Chile's vehicle market ecosystem is competitive with affordable ICEV models, positioning the country to adopt EVs on a larger scale in the future. Despite a decline in ICEV sales, Chile has been a leader in electric bus adoption. The country may switch from gas and diesel to electrons due to economic incentives and energy independence from solar farms. Chile is on track to potentially become the first country in the region where combustion vehicle sales are falling despite total sales growing.