CWP Energy Solutions’ Post

How is the surge in Battery Energy Storage Systems reshaping ERCOT's landscape and what opportunities does it present for market participants? 🔋⚡🌱

While Lithium-Ion Batteries are projected to lead the battery energy storage (#bess) market for the next 5-10 years, it's intriguing to explore emerging long duration energy storage (#LDES) technologies. Check out this insightful article by Sightline Climate (CTVC) for a comprehensive overview. #energy #technology #futureproofing

What every industrial facility manager needs to know about peak shaving and load shifting. Peak shaving and load shifting are ways to reduce high electricity demand charges. Peak shaving reduces the amount of consumption while load shifting moves the time of consumption Facilities can use a range of strategies and technologies to lower demand charges Few things impact an industrial facility’s utility bill more than peak loads. These are periods of high energy usage when the grid is under strain. An example is during heatwaves and the influx of cooling in commercial and residential buildings spikes electricity consumption. To meet demand and avoid blackouts or brownouts, utilities often rely on fossil fuel peaker plants, which can fire up at a moment’s notice. This causes electricity rates – and emissions – to soar. Managing energy consumption during these moments is one of many strategies to reduce energy costs. On-site generation: A facility installs an onsite energy source that produces electricity during peak times. Renewable resources include solar and wind turbines. These have great flexibility when paired with energy storage. Non-renewables include gas or tier-4 diesel-fueled generators. BESS - Battery energy storage systems: These solve for the intermittency of renewables. They store energy when renewables are abundant – and electricity is cheaper – and discharge to the facility at peak times. These systems can also generate revenue through providing grid services. TNi Energy-BESS, we've innovated a groundbreaking method that repurposes recycled lead-acid batteries, extending their life span to 25 years for C1 to C20 Energy Storage purposes. Previously, the industry lacked a safe and environmentally conscious alternative to lithium | sodium-ion batteries. However, our proprietary technique reveals that lead-acid batteries are not only SAFER but also 60-75% more cost-effective than their hazardous counterparts. Made in the USA. LCOS = .08 kW/h #TNiEnergy,#10HRLDES,#ELDES,#C1toC20,#nebulositycloud, #BESS,#C3Energy,#Energy,#LDESS.Energy, #ZEROemmissions, #ZEROcarbon, #energytransistion, #LeadAcid Battery, #windpower, #solarpower, #VPP, #MicroGrid, #DERM, #HydroPower, #BitCoinMining 

Via Utility Dive: " When it comes to new thermal generation, small is beautiful: IOUs have long favored larger projects that benefit from economies of scale. However, the evolving energy market suggests investing in smaller, modular, flexible and decentralized power plants is a smarter approach. " #Energy #Utility #Utilities

A good article from Utility Dive - thanks for sharing Paul Hines Hayden Reeve Mark Patterson Peter Kilby Simon English

A quick read and insightful article from Timera Energy on the key changes impacting BESS constraint revenue capture. #BESS #EnergyStorage #BatteryStorage #EnergyTransition https://lnkd.in/ebztWVSe

🦆 What is the Duck Curve? Uncover the mysteries behind this energy phenomenon that's reshaping the way we think about power consumption and generation. 🔗 Overcoming the Challenges: Discover actionable insights and strategies to tackle the #DuckCurve head-on. From renewables to grid management, we're exploring innovative solutions for a sustainable energy future. #QBi #Blog Read the full blog here: https://lnkd.in/dptyyy4a

What every industrial facility manager needs to know about peak shaving and load shifting. Peak shaving and load shifting are ways to reduce high electricity demand charges. Peak shaving reduces the amount of consumption while load shifting moves the time of consumption Facilities can use a range of strategies and technologies to lower demand charges Few things impact an industrial facility’s utility bill more than peak loads. These are periods of high energy usage when the grid is under strain. An example is during heatwaves and the influx of cooling in commercial and residential buildings spikes electricity consumption. To meet demand and avoid blackouts or brownouts, utilities often rely on fossil fuel peaker plants, which can fire up at a moment’s notice. This causes electricity rates – and emissions – to soar. Managing energy consumption during these moments is one of many strategies to reduce energy costs. On-site generation: A facility installs an onsite energy source that produces electricity during peak times. Renewable resources include solar and wind turbines. These have great flexibility when paired with energy storage. Non-renewables include gas or tier-4 diesel-fueled generators. BESS - Battery energy storage systems: These solve for the intermittency of renewables. They store energy when renewables are abundant – and electricity is cheaper – and discharge to the facility at peak times. These systems can also generate revenue through providing grid services. TNi Energy-BESS, we've innovated a groundbreaking method that repurposes recycled lead-acid batteries, extending their life span to 25 years for C1 to C20 Energy Storage purposes. Previously, the industry lacked a safe and environmentally conscious alternative to lithium | sodium-ion batteries. However, our proprietary technique reveals that lead-acid batteries are not only SAFER but also 60-75% more cost-effective than their hazardous counterparts. Made in the USA. LCOS = .08 kW/h #TNiEnergy,#10HRLDES,#ELDES,#C1toC20,#nebulositycloud, #BESS,#C3Energy,#Energy,#LDESS.Energy, #ZEROemmissions, #ZEROcarbon, #energytransistion, #LeadAcid Battery, #windpower, #solarpower, #VPP, #MicroGrid, #DERM, #HydroPower, #BitCoinMining 

new technologies

The Microgrid Market is on the Rise! 🚀 According to Benzinga, the microgrid market is projected to witness a staggering 19% annual growth until 2027. The correlation between energy independence and microgrid technology is undeniable. As we navigate through a rapidly changing world, the need for resilient energy infrastructure becomes vital. Microgrids offer a versatile solution, allowing businesses, communities, and even entire regions to gain control over their energy supply, enhance reliability, and reduce dependency on traditional grid systems. Read More here: https://hubs.ly/Q02sDpJS0