Tag: energy and power

  • How the Green New Deal Would Impact Real Estate Investors

    Depending on your views on climate change, the Green New Deal framework will either conjure up enthusiasm, anxiety, or perhaps a combination of the two. The proposed bill, which has since been explained as a framework towards what we ought to work towards, calls for “maximum energy efficiency”. Based on scientific research, which concludes climate change is imminent and potentially disastrous, the proposal aims for net-zero emissions in the United States by 2050. As part of the plan to get there, this means every building in the country would need to be upgraded for maximal energy efficiency, water efficiency, safety, affordability, comfort, and durability.

    As of the start of 2020, approximately 40% of the United States’ carbon monoxide emissions come from either commercial or residential real estate buildings (Neiditch, Forbes). Many of the political proponents of the Green New Deal were pushing it behind the idea that up to $1 trillion of infrastructure and coastal real estate could be damaged by global warming by 2050. According to the Energy Information Administration (EIA), currently, there are approximately 5.6 million commercial real estate buildings in the United States. Specifically in New York City, as part of an ongoing effort to combat climate change, legislation was passed to force buildings that are larger than 25,000 square feet to make energy efficient alterations. The legislation mandates cutting down greenhouse gas emissions 40% by 2030 and 80% by 2050. While the parameters for smaller, residential buildings aren’t as explicit, it’s estimated 95 million homes will be impacted and the cost to owners will be in excess of $400 billion (Neiditch, Forbes).

    While the Green New Deal did not come close to passing as it was originally written and there is unlikely to be sweeping legislation on a national level to overhaul climate change, many cities and states are finding a balance between clean air and economic productivity. Unfortunately, a lot of this conversation tends to be intertwined with politics, but the reality is a rural area in Kentucky (as an example) is not going to have the same availability of economic or human capital resources as a metropolis, like New York or Los Angeles. The lack of availability of these resources puts constraints on the ability of certain regions to advance their technological capabilities, thereby making the real estate investment opportunities unattractive to potential investors.

    Though preparations to meet the 2030 and 2050 targets have begun, there are some more immediate upgrades property owners can make that aren’t as long-term oriented, including switching out lightbulbs for “smart” lighting, upgrading HVAC systems, installing remote-controlled window shades, painting roofs with light-reflecting paint, planting trees, and installing photovoltaics. Additionally, preparation for weatherization is key to having a more energy efficient property. Windows, doors, and insulation can all be switched out and there is legislation to include different types of incentives for property owners to make these changes. Upgrading electric and plumbing systems, as well as installing solar panels can make homes more marketable, considering these changes are becoming more prevalent to the point of necessity. Finally, the Green New Deal framework focuses heavily on “green spaces” – or lawns – that cover more than 40 million acres of land in the United States. Lawns limit biodiversity and encourage pesticide usage and emissions from lawnmowers. The Green New Deal supporters encourage the conversion of these spaces to victory gardens and the expansion of green landscape architecture practices. An example of this is xeriscaping, or sustainable, easy-to-maintain landscaping first used in arid regions, which uses native plants and limits turf areas. This can reduce outdoor water use by as much as 50%, saving water as well as the environment (Neiditch, Forbes).

    So, what does the ambitious Green New Deal framework and the implications it will have on commercial and residential real estate mean for investors? Firstly, investors should focus on high-tech, climate-resilient opportunities in the real estate market. Secondly, residential real estate owners who are not under pressure from legislators to make climate change friendly adjustments to their properties should do so anyway, otherwise they will be far less attractive to prospective investors. Finally, commercial real estate investors, who are under pressure to begin implementing climate change measures mandated by signed legislation, are going to face major hurdles with regards to cost cutting. This legislation poses further challenges to commercial real estate investors, who are already in a difficult position coming out of the pandemic, in addition to facing the necessity to transform their assets to handle the push towards digital transformation. One thing is for sure: the conversation will continue. Being prepared for change is the best way to not only save the environment, but your long-term financial stability as well.

  • How the Green New Deal Would Impact Real Estate Investors

    Depending on your views on climate change, the Green New Deal framework will either conjure up enthusiasm, anxiety, or perhaps a combination of the two. The proposed bill, which has since been explained as a framework towards what we ought to work towards, calls for “maximum energy efficiency”. Based on scientific research, which concludes climate change is imminent and potentially disastrous, the proposal aims for net-zero emissions in the United States by 2050. As part of the plan to get there, this means every building in the country would need to be upgraded for maximal energy efficiency, water efficiency, safety, affordability, comfort, and durability.

    As of the start of 2020, approximately 40% of the United States’ carbon monoxide emissions come from either commercial or residential real estate buildings (Neiditch, Forbes). Many of the political proponents of the Green New Deal were pushing it behind the idea that up to $1 trillion of infrastructure and coastal real estate could be damaged by global warming by 2050. According to the Energy Information Administration (EIA), currently, there are approximately 5.6 million commercial real estate buildings in the United States. Specifically in New York City, as part of an ongoing effort to combat climate change, legislation was passed to force buildings that are larger than 25,000 square feet to make energy efficient alterations. The legislation mandates cutting down greenhouse gas emissions 40% by 2030 and 80% by 2050. While the parameters for smaller, residential buildings aren’t as explicit, it’s estimated 95 million homes will be impacted and the cost to owners will be in excess of $400 billion (Neiditch, Forbes).

    While the Green New Deal did not come close to passing as it was originally written and there is unlikely to be sweeping legislation on a national level to overhaul climate change, many cities and states are finding a balance between clean air and economic productivity. Unfortunately, a lot of this conversation tends to be intertwined with politics, but the reality is a rural area in Kentucky (as an example) is not going to have the same availability of economic or human capital resources as a metropolis, like New York or Los Angeles. The lack of availability of these resources puts constraints on the ability of certain regions to advance their technological capabilities, thereby making the real estate investment opportunities unattractive to potential investors.

    Though preparations to meet the 2030 and 2050 targets have begun, there are some more immediate upgrades property owners can make that aren’t as long-term oriented, including switching out lightbulbs for “smart” lighting, upgrading HVAC systems, installing remote-controlled window shades, painting roofs with light-reflecting paint, planting trees, and installing photovoltaics. Additionally, preparation for weatherization is key to having a more energy efficient property. Windows, doors, and insulation can all be switched out and there is legislation to include different types of incentives for property owners to make these changes. Upgrading electric and plumbing systems, as well as installing solar panels can make homes more marketable, considering these changes are becoming more prevalent to the point of necessity. Finally, the Green New Deal framework focuses heavily on “green spaces” – or lawns – that cover more than 40 million acres of land in the United States. Lawns limit biodiversity and encourage pesticide usage and emissions from lawnmowers. The Green New Deal supporters encourage the conversion of these spaces to victory gardens and the expansion of green landscape architecture practices. An example of this is xeriscaping, or sustainable, easy-to-maintain landscaping first used in arid regions, which uses native plants and limits turf areas. This can reduce outdoor water use by as much as 50%, saving water as well as the environment (Neiditch, Forbes).

    So, what does the ambitious Green New Deal framework and the implications it will have on commercial and residential real estate mean for investors? Firstly, investors should focus on high-tech, climate-resilient opportunities in the real estate market. Secondly, residential real estate owners who are not under pressure from legislators to make climate change friendly adjustments to their properties should do so anyway, otherwise they will be far less attractive to prospective investors. Finally, commercial real estate investors, who are under pressure to begin implementing climate change measures mandated by signed legislation, are going to face major hurdles with regards to cost cutting. This legislation poses further challenges to commercial real estate investors, who are already in a difficult position coming out of the pandemic, in addition to facing the necessity to transform their assets to handle the push towards digital transformation. One thing is for sure: the conversation will continue. Being prepared for change is the best way to not only save the environment, but your long-term financial stability as well.

  • Mining Bitcoin: Tech Energy and Power

    For years, Bitcoin has been popularized as the face of cryptocurrency. After Bitcoin was introduced, it received critical backing from several prominent celebrity investment advisors and other notable figures, significant popularity followed. Once Bitcoin gained a platform, it gave rise to tens of thousands of other cryptocurrencies being mined and traded daily. Whether you believe in crypto’s or not, it’s hard to argue we’re not in the middle of one of the most exciting cryptocurrency trading times. While many participate in daily trading on platforms like Robinhood, Coinbase, CashApp, etc., not many of them have any insight into the technological know-how on creating a Bitcoin, or the Bitcoin energy required.

    In reality, the computer-based miners who create bitcoins use vast amounts of electrical power and energy in the process. The energy-heavy process even leads some experts to suggest that Bitcoin harms the environment. The process, known as “mining,” requires computers around the world to complete rapid calculations to try to solve the same puzzle. It always takes 10 minutes, and the winner is rewarded with some digital bitcoin. Then a new puzzle is generated, and the whole process repeats for another 10 minutes (Bradbury, The Balance).

    Breakdown of Bitcoin’s Power & Energy Output

    As more people learn about Bitcoin and mining—and as the price of Bitcoin increases—more are using their computers to mine Bitcoins. As more people join the network and try to solve these math puzzles, you might expect each puzzle to be solved sooner, but Bitcoin is not designed that way. The software that mines bitcoin is designed so that it always will take 10 minutes for everyone on the network to solve the puzzle. As more people join the Bitcoin network and try to mine Bitcoins, it becomes harder, and more computing power and electricity are used for each Bitcoin produced. It minimizes downtime, so you can mine more efficiently. That means a near-constant cycle of electricity use.

    To understand how to calculate the electrical energy used to power the bitcoin network, you’ll need to learn how Bitcoin creation works. First, you calculate how many sums are conducted per second to solve the puzzles. Then find out how much electricity it takes to do each sum. These sums are called “hashes” (Faife, CoinDesk). In early 2020, the computers on the Bitcoin network were cranking out close to 120 exahashes per second (Redman, BTC News). To calculate the cost of how much power it would take you to create a bitcoin, you need to know a few things first (Bradbury, The Balance). First, what is the cost of electricity where you live? Second, how much power would you consume? More efficient computer equipment uses less power, which means lower power bills. The lower the price of electricity, the less cost there is to miners. This increases the value of the Bitcoin to miners where the costs are lower to produce.

    The Conclusion: To Be Determined

    This is meant to emphasize that the energy and power utilized by Bitcoin and other cryptocurrency miners is a real, potential danger to the future global environment. Conversely, it may also leave a very low impact. The price that Bitcoin extracts in terms of energy use and environmental impact depends on how useful it will be to society (Bradbury, The Balance). Judging an ever-moving target is hard. The interest in Bitcoin continues to rise, which in turn leads to more power used to serve more people in the market. Therefore, ultimately deciding whether Bitcoin mining is worth the cost to the environment is still a very open question.