The Power Company™️

The Power Company™️

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How Much Power is 1 Gigawatt?
How Much Power is 1 Gigawatt?
A date most movie buffs know by heart, October 21, 2015, is the day Marty McFly and Doc Brown travel in “Back to the Future Part II.”
For instance, at the end of 2021, there were over 228 GW of solar photovoltaic (PV) and wind power in the United States combined.
For instance, at the end of 2021, there were over 228 GW of solar photovoltaic (PV) and wind power in the United States combined
3.125 Million Photovoltaic (PV) Panels
333 Utility-Scale Wind Turbines
100 Million LEDs
Roughly 1.3 Million Horses
2,000 Corvette Z06s
9,090 Nissan Leafs
·energy.gov·
How Much Power is 1 Gigawatt?
💰 HeliosDAO - Reducing 10M tonnes of CO2 by 2030 | Grants
💰 HeliosDAO - Reducing 10M tonnes of CO2 by 2030 | Grants
HeliosDAO is the world's first crypto-powered solar investment vehicle, enabling crypto investors to fund high impact solar projects in emerging markets If you've found this page, we trust that you understand just how serious the climate crisis is. We do too, so we chose an ambitious goal (preventing 10M tonnes of CO2 emissions by 2030) and got to building. What have we built so far? Research climate change solutions - DONE Research international solar markets - DONE Build partnerships to fund and deploy solar assets - DONE Raise community funding for Proof of Concept (PoC) solar installations - DONE Build regulatory compliant financial rails to deploy capital - DONE (this took almost 6 months) Successfully deploy capital for PoC installations - DONE In summary, we've successfully launched the world's first crypto-powered solar investment vehicle with four community-funded solar installations(500kW) online in India, generating clean energy and industry-leading returns. Helios takes no fees, 100% of returns flow back to the community. What are we building next? The Helios protocol - solar lending pools in which users deposit stablecoins to earn yield derived from real world solar activity. Once full, each lending pool will be drawn down by our operational partners to build solar installations in India & Africa. These installations generate clean energy which we sell to our industrial customers, saving them up to 60% on their energy bill and averting thousands of tonnes of CO2 emissions. That's it. We make saving our climate simple. No overly complex tokenomics, no vague promises of future profits, no outlandish claims. We combine cutting edge technology, proven business models, and relentless execution to enable every single person anywhere on earth to make a real difference in the fight against climate chance. We would love to have you join us. Use of Funds: All funds received through the gitcoin grant will directly fund high impact solar projects that have been vetted by the team and selected by community vote. All returns generated will be automatically reinvested, infinitely funding future solar projects. Let's break down the key elements that separate Helios from other projects in the solar space: Why Crypto? 1. Crypto investors need portfolio diversification opportunities given the highly correlated nature of crypto assets/markets. With Helios, you can lock in a stable 15-20% yield generated from real world solar activity uncorrelated with both the crypto markets and the broader public markets 2. ESG investments have a severe lack of transparency. You put your money into an ETF and hope they do good stuff. With Helios, every transaction, transfer, contract and receipt is publicly available on-chain. Track your money every step of the way using our real-time dashboards for an engaging user experience. 3. The borderless, international nature of cryptocurrency allows us to quickly and efficiently deploy capital all around the world. With Helios, you can directly fund high impact solar projects in days, a process that takes traditional banks months to years. We're doing our part to change the public perception of crypto from dark money to green money. Why Solar? 1. The cost of photovoltaic (PV) solar panels has dropped by 90% in over the past 10 years, making it cheaper than coal/natural gas for the first time in history. 2. Our operational partners have 20+ years of experience in solar, enabling us to rapidly deploy high impact installations in a fraction of the time most other clean energy projects would take. In fact, we already have installations online! Why Emerging Markets? 1. Solar markets in the US and EU face a major problem: far too much capital chasing far too few opportunities; this drives the returns of solar down to ~4.5% on average. 2. In emerging markets, the opposite is true. Lack of financial infrastructure and inability of institutional capital to access these markets has led to low liquidity in the space even though there are thousands of high impact projects given the favorable environmental conditions. 3. Given the high demand for capital, Helios is able to earn returns of 15-20%, more than 4x the US average. It is critical that we act now Join our community on discord & follow our journey on notion where you can view our public roadmap, track progress, and receive regular updates. https://discord.gg/7wm7T96Paf https://heliosdao.notion.site/Home-d25752e9d3a240c1b5e544ae7d572252 Need proof? Check our some of the shiny solar installations we've already built
·gitcoin.co·
💰 HeliosDAO - Reducing 10M tonnes of CO2 by 2030 | Grants
HeliosDAO
HeliosDAO
HeliosDAO: Invest Crypto, Fund Solar, Save Our Climate.
·helios.eco·
HeliosDAO
Planar Video Wall Calculator
Planar Video Wall Calculator
Planar’s Video Wall Calculator is a free online tool that simplifies the video wall selection process by helping customers plan and visualize their project.
·planar.com·
Planar Video Wall Calculator
How much energy is 1.21 gigawatts?
How much energy is 1.21 gigawatts?
Answer (1 of 12): It’s an impossible question to answer, since Gigawatts is not a unit of energy, it’s a unit of power. Power, in this case, is energy per unit time. 1.21 GW means that energy is being supplied at a rate of 1.21GJ every second. That’s about the same energy (per second) as found in...
1.21 GW would be the entire peak output of one of the largest power plants in the United States (nuclear or coal). 1.21 GW would be the output of 25 General Electric LM6000 aeroderivative jet engine generators. 1.21 GW would be the output of about 3600 Chevrolet Corvette LT1 6.2l V8 engines.
My air conditioner at home uses about 5000 watts, when it is running. 1.21 GW will power 1.21 x 10^^9 /5000 = 242,000 of those houses.
To get a sense of how much that is, an average American household uses 10,812 kWh of power in a year. Consuming energy at a rate of 1.21 GW uses the same amount of energy in about 30 seconds.
First of all, gigawatts is not a measure of energy, but of power. Power is energy per second. If energy is like distance, power is like speed. It’s a rate of energy transfer, not a measure of energy itself. One way to imagine how much power that is, is that 1.21 GW is about a million microwave ovens running at once.
It is not a measure of an amount of energy. Watts are a measure of the rate of energy usage. One point 21 gigawatts is the rate of a 1.21 billion Joules of energy used in one second. About $98,000 dollars per second.
My Tesla’s EPA rating is 26 kWh per 100 miles. So 1 MWh would take you 3,846 miles. PET HATE:A watt (or a kilowatt or a megawatt) is a measure of how fast electricity is flowing.If you’re talking about an actual amount of energy then you have to talk about watt-hours (Wh) or (kWh or MWh).26 kW would be a rate of energy consumption or flow…the “power” of the system. 26 kWh would be the amount of electricity a 26kW system would deliver in an hour or which a 1 kW system would produce over 26 hours - which is the energy capacity.
Let’s do math. Figures used are relevant for now, 30/11/2017, around 8PM GMT. Current hashrate for BTC : 8,049,500,099 GH/s (was up to 10,400,000,000 GH/s last month) Block generation time : 12.1 minutes Bitcoin reward by block : 12.5 Most of mining ASICs are Antminer S9, consuming 1323W/h for 13.5TH/s So, to generate 1 BTC, we need 8,049,500/13.5 = 596,259 S9 running for 12.5 blocks / 12.1 min = 58.08 sec. So the consumption of energy is 596,259 S9 x 1323 W/h x (58.08sec/3600sec) = 12 726 790W, or 12,727kWh. However, the power efficiency of an Antminer S9 and its PSU is around 93%, so it’s 12,727/0.93=13.684kWh If I didn’t make a mistake, you need 13,684kWh to mine one single BTC just now. sources: BTC infos: Bitcoin Difficulty and Hashrate Chart
·quora.com·
How much energy is 1.21 gigawatts?
Europe’s most active deeptech investors
Europe’s most active deeptech investors
Which European funds have backed the most high-tech startups on the continent in the last year? Sifted crunched the numbers to find out.
·sifted.eu·
Europe’s most active deeptech investors
Carlo Ratti Associati
Carlo Ratti Associati
Carlo Ratti Associati is an innovation and design firm that investigates the impact of digital technologies on architecture, planning and design
·carloratti.com·
Carlo Ratti Associati