Torus’ Post

Staying calm before the storm is easier when you are prepared. And with safety being our top priority at Elexicon Energy – we are kicking off #EmergencyPreparednessWeek by sharing some helpful tips to ensure your business or home is secure and prepared for the next power outage.   One of the simplest ways you can be emergency-ready is by having a family emergency kit available. This kit should include essentials such as non-perishable food items, power banks and portable light sources – and should be able to keep you comfortable for at least three days (72 hours).   To discover more ways to #GetPrepared, visit our website: https://lnkd.in/gmyXUT6a https://lnkd.in/gJhn3pmm   #GetPrepared #OurEnergyOurFuture #SafetyFirst

What is a Degree Day? A degree day is a standard unit of measurement used to estimate the energy needed to heat homes and buildings. This metric allows us to predict when you will require your next oil delivery. When the temperatures outside are colder, your furnace burns more oil, resulting in more degree days. Conversely, warmer days have fewer degree days. At Tevis Energy, we utilize degree days to ensure timely and efficient oil deliveries, keeping your home warm and comfortable throughout the seasons. Stay ahead of the weather and trust us to manage your heating needs. #EnergyEfficiency #HeatingOil #TevisEnergy #DegreeDays #HomeComfort #EnergyManagement

During hot summer days with heavy AC use, the energy grid becomes stressed by high demand. When this occurs, Flex Alerts are called for all of us to conserve energy to prevent rotating outages. Sign up for Flex Alert notifications today at FlexAlert.org. #SDGEAssist

Looking to cut down on energy costs? Take the first step towards control by adding air flow meters! Thermal mass flow meters offer an efficient way to monitor and manage air flow, helping you optimize energy consumption and reduce unnecessary expenses. By accurately measuring the mass of air passing through a system, thermal mass air flow meters provide invaluable data for real-time analysis and control. With this information at your fingertips, you can make informed decisions to maximize energy efficiency and minimize waste. https://bit.ly/3YWpVM7 #EnergyEfficiency #CostSavings #airflow

👉 Let’s talk about an active reduction of energy loss and leakage. Identify savings in your compressed air system. Up to 10% of electricity consumption in industries is used to generate compressed air and 95% of this energy is lost as waste heat in the process. Additionally, some compressed air generated “disappears” due to leakages in the supply network. Nevertheless, financial losses due to inefficient compressed air systems continue to be underestimated, ignored, or accepted as a given. This can be mitigated with energy management solutions, allowing you to reliably identify weaknesses and savings potential in your compressed air systems, and permanently monitor the specific energy consumption of compressors.

👉 Let’s talk about an active reduction of energy loss and leakage. Identify savings in your compressed air system. Up to 10% of electricity consumption in industries is used to generate compressed air and 95% of this energy is lost as waste heat in the process. Additionally, some compressed air generated “disappears” due to leakages in the supply network. Nevertheless, financial losses due to inefficient compressed air systems continue to be underestimated, ignored, or accepted as a given. This can be mitigated with energy management solutions, allowing you to reliably identify weaknesses and savings potential in your compressed air systems, and permanently monitor the specific energy consumption of compressors.

👉 Let’s talk about an active reduction of energy loss and leakage. Identify savings in your compressed air system. Up to 10% of electricity consumption in industries is used to generate compressed air and 95% of this energy is lost as waste heat in the process. Additionally, some compressed air generated “disappears” due to leakages in the supply network. Nevertheless, financial losses due to inefficient compressed air systems continue to be underestimated, ignored, or accepted as a given. This can be mitigated with energy management solutions, allowing you to reliably identify weaknesses and savings potential in your compressed air systems, and permanently monitor the specific energy consumption of compressors.

Stay prepared for anything with a solar-powered backup plan. Natural disasters and power outages can strike at any time, leaving you without power for days or even weeks. With a solar-powered backup plan, you can keep the lights on and the essential appliances running, no matter what happens. Have you ever experienced a power outage? How did you manage without electricity? Share your stories in the comments! Connect with us - https://solar112.com/ follow us- @officialsolar112 #solarpanels #solarmarketing #solarenergy #solarpower��#digitalmarketing #solarsecurity #saveenergysavemoney #saveelectricity3m

Compressed air accounts for around 15% of energy consumption by industry around the globe. But it accounts for 70% of total expenditure on energy consumption. While air is free, compressed air is very expensive due to its low efficiency of a maximum of 10%. The cost of a kWh of pneumatic energy is 10 times higher than the cost of a kWh of electricity. A 2 mm leak is equivalent to a loss of 260 l/N•m at 7 bar and an additional 2.5 kW of compressor overconsumption. For continuous operation at a (base) rate of €12 per kWh, this leak alone will result in a loss of €2 000 per year. This sum must be multiplied by the number of leaks, a figure that is often underestimated. With the relentless increases in energy costs today, it’s an even different story! That is why prioritizing leak detection surveys is a must for every industry! Learn more about the subject by reading the rest of our article: https://lnkd.in/g-GeBsNE And follow SDT Ultrasound Solutions HQ for more! #compressedair #leaks #leakdetection #ultrasound #reliability #energysavings #conditionmonitoring

Heat Networks can be difficult to imagine if you've grown up in a traditional home with a gas boiler. But one way we like to think about them are simply large central heating systems either for a whole multi-residential building or even a whole town. Both the consumer and the owner/operator have a responsibility in making sure that the Heat Network performs as intended. Where the communal responsibility is neglected then this can result in poor efficiency and high energy bills. The more people who are aware of the communal effort and responsibility the better our Heat Networks will perform, so please share this video with as many as you can. #heatnetworks #heatnetwork #communalheating #districtheating #energyefficiency #energysaving #energywaste