EliTe Solar’s Post

In today's unpredictable world, having a reliable source of energy during emergencies is more crucial than ever. Emergency solar backup power stands out as an essential tool in our preparedness arsenal. Unlike conventional generators, solar backup systems harness the power of the sun, ensuring you have access to electricity without the dependency on fuel supply chains. This independence is vital during natural disasters where conventional fuel may be in short supply. Solar power also represents a cleaner, more sustainable energy choice, aligning with modern eco-friendly initiatives while providing critical energy security. Investing in solar backup isn't just a decision; it's a commitment to resilience, sustainability, and peace of mind for both businesses and individuals. Learn more at IMLCORP.com #power #imlcorp #beprepared #solar

Yesterday, Mark Olsheski from Sussex Strategy Group, Spencer Gill from Hydro One, David Donovan from Ontario Power Generation, and moderator Terry Young of Independent Electricity System Operator (IESO) provided their insights on the future of Global Adjustment in Ontario. The main takeaways: The energy sector in Ontario will look very different in next decade. There will be an increased demand for electricity, driven by AI, data centres, and new economic opportunities like battery manufactures and EV manufacturers. We will require new supply on the grid to meet this demand, which will likely impact the price of energy. Flexibility will be a requirement – but also an opportunity for large consumers, including opportunities like the ICI program and even local programs. There are things large consumers can do, like installing onsite generation or batteries, and the best course is to take matters in their own hands and be proactive, rather than reactive to anticipated changes.

"...current projections reveal a pipeline that faces sizeable risks before reaching FID, with only 9% of capacity ‘Probable’ with the remaining 51% ‘Possible’ and 40% ‘Risked..." #offshorewind #ukeconomy #renewableenergy #investmentdecisions #fid #netzero #climateaction #electrification #energyjobs #energymarket #cleanenergy #cleanenergytransition

*Harnessing the Power: The Benefits of Hydroelectric Energy* In an era where sustainability is not just a goal but a necessity, hydroelectric power stands out as a beacon of green energy. As we pivot towards cleaner, more sustainable energy solutions, the role of hydroelectric power plants becomes increasingly significant. Not only do they provide a renewable source of energy, reducing our reliance on fossil fuels, but they also play a crucial role in our fight against climate change through the generation and sale of carbon credits. Hydroelectric power is remarkable for its efficiency and sustainability. Unlike fossil fuels, water is a renewable resource that, when harnessed, generates electricity without emitting greenhouse gases. This is where the environmental and economic benefits intersect beautifully. By investing in hydroelectric projects, we can mitigate carbon emissions significantly. Moreover, the generation of carbon credits from hydroelectric projects offers a unique opportunity for investors and companies looking to offset their carbon emissions. These credits represent a tangible measurement of greenhouse gas reduction, providing an innovative way to contribute positively to the environment while complying with international sustainability standards. EcoForestCO2 is at the forefront of this transformation, offering carbon credits from hydroelectric projects that not only contribute to a cleaner environment but also offer a pathway for businesses to achieve their sustainability goals. By choosing hydroelectric energy and investing in carbon credits, you are not just choosing a renewable energy source; you are making a commitment to a sustainable future. Let's embrace the power of hydroelectric energy and the opportunities it presents for environmental conservation and sustainable development. For more information on how you can contribute to this green revolution through the purchase of carbon credits, visit www.ecoforestco2.com or contact us at contacto@ecoforestco2.com. #HydroelectricPower #Sustainability #CarbonCredits #RenewableEnergy #ClimateChange

When disasters strike, reliable energy is vital. Solar energy plays a critical role in powering essential services like communication, healthcare, and shelters when traditional grids fail. Portable solar systems and microgrids ensure resilience, sustainability, and quick deployment during emergencies. By integrating solar into disaster recovery plans, communities can reduce reliance on fossil fuels, cut emissions, and build a stronger, greener future. Read more about how solar is transforming recovery efforts here https://lnkd.in/gUMW-jZh . . . #SolarEnergy #DisasterRecovery #Resilience #RenewableEnergy

As we navigate through the challenges of the NLC strike and national grid shutdown, we're reminded that uncertainty is a part of life. But, it's in these moments that we discover opportunities for growth and innovation. Switching to solar panels is a wise decision that not only ensures uninterrupted power supply but also reduces our reliance on non-renewable energy sources. It's a choice that benefits our businesses, homes, and the environment. Let's draw inspiration from this challenging moment and remember that: - Wisdom lies in adapting to change - Resilience is key to overcoming obstacles - Innovation can arise from adversity As always, no matter what’s happening, don’t forget to have a bright and productive day. #nigeria #renewableenergy #tobyengenergy

🌍 The DOE’s newest Commercial Liftoff report underscores geothermal heating and cooling's unique role in decarbonizing buildings while supporting grid resilience. ⚡ With the highest efficiency electrification, long system lifespans, and grid savings, geothermal addresses both rising electricity demand and peak load growth. ✅As electrification accelerates, it’s time to prioritize geothermal’s potential to deliver efficient, reliable, and sustainable building energy solutions. However, scaling adoption will require addressing persistent barriers like high upfront costs and limited market awareness, ensuring this critical technology reaches its full potential. 🌟 #Geothermal #Decarbonization #Sustainability https://lnkd.in/ekQDxaEV

The UK's energy market faces inertia challenges as decarbonisation speeds up. Flexibility through battery storage and demand response is vital for decarbonisation. Overcoming inertia requires progressive funding mechanisms, smart metering infrastructure, and addressing opt-in resistance. Current uniform pricing fails to accurately reflect dynamic constraints. Enhanced locational pricing, carbon prices, and geo-technologically specific incentives are essential for a sustainable transition. I explore how the UK is and could be balancing momentum and inertia for a competitive and equitable energy future. You can read more on Medium - it will only take 8 minutes. Many thanks to Tom Ross, Kate Mulvany and James Phillips for their support in the process. (Views are my own and not theirs). #REMA #ElectricityMarkets #Zonal #ERCOT #Sustainability

The Integrated Grid of the Future The future grid will combine grid-based and off-grid solutions, factoring an integrated distribution strategy, alongside productive services enabled by electricity supply The vision for the integrated grid of the future requires adequate planning at all levels to achieve wide scale electrification; from generation, to identify cost effective generation technologies that will drive down the levelized cost of electricity, to transmission, to allow for adequate and effective power flows across the networks with minimal losses and disruptions, to distribution, to optimise least cost delivery modes for energy access, and finally to supply and end-use to promote sub-optimal resource utilisation without leaving anyone behind. The first level of integration requires a coordinated approach to on-grid and off-grid development; to promote inclusive energy supply across urban and rural areas. The second level of integration relates to electricity supply and end-uses; seeking to optimise the economic, climate and environmental impacts of access. This level also factors the integration between the power sector, environment, and other sectors of national economies. The third level of integration entails a system-wide integration at the regional level; with national and regional power sector institutions coordinating generation, transmission, and distribution planning. Such plans should also factor climate related and environmental factors and projections. #electricitylawyer #foundersnotes #electricitymarkets #powersector #subsaharanafrica #energytransition #energyaccess #futuregrid #renewableenergy #ongrid #offgrid #gridintegration

The UK government has hinted that it could subsidise some of its existing gas-fired power fleet — potentially gigawatts of supply — to switch to hydrogen-firing, as it introduces tough new rules for brand new fossil plants seeking permits and capacity payments. It follows urgent action already taken to deliver on the mission since July, including lifting the onshore wind ban, establishing Great British Energy, consenting almost 2 GW of nationally significant solar, delivering a record-breaking renewables auction, and kickstarting carbon capture and hydrogen industries. Accelerating grid connections and building new network infrastructure is central to unblocking over billions of investment in the UK’s clean energy industries and driving growth and job creation in all sectors of the economy, including AI, data centres and manufacturing.