In the last decade, solar power capacity has grown tremendously to become the fastest-growing source of renewable energy in the world.
Solar power directly contributes to the Belarus’s energy security and independence, as well as helping to meet rising electricity demand and CO2 emission reduction goals.
Despite the COVID-19 impasse, around 141 GW of new solar PV capacity was added worldwide in 2020, about a 14% increase from 2019.
The rapid solar photovoltaic installations were primarily due to ongoing supportive government policies and initiatives and a sharp decline in technology and PV system costs.
Further, a growing number of governments and companies are setting up and pursuing climate-neutral/net-zero emissions targets, commitments and goals that are propelling both solar photovoltaic (PV) market and wind power installation growth, globally.
Want to know more about Belarus Solar Power Market click out:

Belarus Solar Power Market Outlook Blackridge Research & Consulting

Belarus solar power market report contains insights that have been churned out using our Solar Intelligence Hub. the…

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Some of the trends in PV technology are -

• Due to the cost savings achieved by using PV modules made of large wafers, such as the M6, M10, or G12 format, many major silicon module manufacturers have announced large module products that are expected to commercially available before Q4 2021.
• Innovations in bifacial modules (uses both sides of the panel to generate electricity) are expected to generate efficiency gains and lower LCOE in the coming years.
• Currently, P-type mono PERC cells are the dominant technology. However, post-2025, N-type cells have the potential to replace p-type cells in the future.

According to Blackridge Research, the outlook for solar PV installation remains strong in the medium term, and the market is expected to expand during the forecast period due to compelling economics, and decarbonization commitments by various stakeholders.
Blackridge Research’s Belarus Solar Power Market Outlook report consolidate the developments and build a perspective on growth from the point of view of the solar sector, in its current and future role.
The report provides a comprehensive analysis of the historical development, the current state of solar power installation scenario, and its outlook.

This report helps to:-

• Gain a deeper understanding of the impact of COVID-19 on the Belarus solar power market.
• Equip yourself with rigorous analysis and forward-looking insight into the Belarus solar power market
• Gain an understanding of uncertainty and discover how the most influential growth drivers and barriers in the country will impact market development
• Evaluate the attractiveness of the industry and gain a comprehensive view of the emerging market trends and developments to identify opportunities and develop a strategy
• Discover information on government policy, regulation, and targets in the country
• Gain perspectives and insights about the current state of the industry and how the market is likely to evolve in the next five years
• Keep abreast of the project activity and developments in the country
• Understand the market and its participants to make the best strategic decisions

Who need this report?

• Solar PV Module Manufacturers
• Solar PV Inverter Companies
• EPC/Developers
• Power Plant Owners/Utilities
• Operation & Maintenance (O&M) Companies
• Logistics and Warehousing
• Investor Community
• Financing Companies
• Government Bodies & Industry Organizations
• Other Stakeholders

Why buy this report?

• Gain a deeper understanding of the impact of Covid-19 on the .
• Equip yourself with rigorous analysis and forward-looking insights into the across multiple regions.
• Gain an understanding of uncertainty and discover how the most influential growth drivers and restraints in the regions will impact market development.
• Assess market size data and forecasts to understand how the demand across various segments evolves over the next few years.
• Gain a comprehensive view of the emerging market trends and developments to assess market opportunities.
• Be better informed of your competition by gaining access to detailed information and analysis of key industry players.
• Keep on top of M&A developments, JVs, and other agreements to assess the evolving competitive landscape and enhance your competitive position

About Blackridge Research and Consulting:
Blackridge Research & Consulting is a premier market research and consulting organization covering the Global energy transformation. We provide objective, independent and holistic view of the markets and present critical insights that are essential not only to help you make better business decisions but also to develop transformational business growth strategies.
Contact Blackridge Research and Consulting:
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Solar Farm SolarFarmMinerOffical
Solar Farm is currently has the highest rising TVL’s, it’s based around three assets.: BNB, Solar Panels and Power (in Gigawatts). Deposit BNB in exchange for Panels. Your Panels will go to work earning Power. You will earn 14.28% of your Panels per day in the form of watts shown under “Manage Solar Farm”.
Daily percentage is up to 14.20%. This depends on claiming habits, time of day you compound or deposit, TVL fluctuation. The contract is written to provide an optimal entry for any and all users, new or old.
This is the reason the Panels per BNB amount changes frequently with TVL fluctuation to provide an even playing field for any new user coming to Solar Farm and not giving the first user a head start.
HOW DOES MINERS WORK?The way it works is pretty simple - you deposit your funds into the miner rewards pool and you earn daily interest. Your deposit is locked forever and you cannot withdraw it. However, you can always Claim or Compound your pending rewards. You can earn up to 12% Daily depending on the project you decide to invest in.HOW DOES DEFI WORK?Decentralized finance (DeFi) is an emerging financial technology. It is based on secure distributed ledgers similar to those used by cryptocurrencies. The system eliminates the control banks and institutions have on our money, financial services, and financial products.
SolarFarmMinerOffical
Defi eliminates the fees banks and other financial companies charge us for using their services. Hold your money in a secure digital wallet instead of keeping it in a bank. Transfer funds and access your money within seconds.
SolarFarmMinerOffical

With the rapid development of residential energy storage in Europe, it has emerged as a key player in the realm of energy transformation. On one hand, the imperative of transitioning to renewable energy sources is undeniable. On the other hand, certain regions grapple with weak grid infrastructure, intensifying the demand for localized residential storage solutions. As the industry matures, accompanied by declining raw material costs, the prices of residential storage systems are starting to decline. Simultaneously, the burgeoning demand for Energy Storage Systems (ESS) suggests ample room for further market penetration.
Moreover, residential energy storage products primarily cater to consumers (To C), necessitating a competitive edge in product quality, brand recognition, and distribution channels to ensure sustained profitability.
In 2022, the energy storage industry witnessed a meteoric rise, evolving from its nascent stages. By 2023, however, demand tapered off amidst shifting policies and inventory dynamics. Now, in 2024, the trajectory of the residential energy storage sector is poised to be influenced by a multitude of factors, including sustained policy support, product innovation, channel optimization, dwindling inventory levels, and declining interest rates. The forthcoming discussion will delve into the anticipated future of the industry, drawing insights from the experiences of international energy storage enterprises.
SolarEdge:
SolarEdge dominates the European market, offering cost-effective products that pose a challenge for our enterprises to match. Renowned as a top player in solar and storage inverters across Europe and the United States, SolarEdge boasts a market share that reigns supreme in both regions.
Established in Delaware in 2006, SolarEdge experienced rapid growth through strategic collaborations, notably with Tesla SolarCity from 2013 to 2015, culminating in its NASDAQ listing in 2015. The 2017 mandate by the United States NEC requiring solar PV systems to integrate Module Level Power Electronics (MLPE) with rapid shutdown functionality played to SolarEdge's strengths, enabling the company to swiftly expand its market share.
According to data from Wood Mackenzie, SolarEdge secured the 7th position in global inverter shipments in 2022, firmly establishing its dominance in European and American markets.
SolarEdge's product portfolio encompasses a diverse range of offerings, including solar and storage inverters, energy storage systems, uninterruptible power supplies, electric vehicle charging stations, and integrated solar and energy storage solutions. These solutions cater to various sectors, spanning from residential and commercial to utility-scale ground-mounted power installations.
In 2023, SolarEdge introduced the SolarEdge One software, marking a significant expansion into the realm of virtual power plants. Through sophisticated algorithms, this software facilitates new energy power trading, empowering customers with advanced solar and energy storage solutions. By bridging the gap between software and hardware, SolarEdge continues to bolster its product ecosystem, solidifying its position as a leading provider of comprehensive new energy solutions.
With a strong focus on customer collaboration, technological mastery, and leveraging the benefits of U.S. trade policies, SolarEdge has consistently excelled.
The first phase, starting in 2013, saw SolarEdge achieve rapid revenue growth through strategic partnerships, notably with Tesla SolarCity. During this period, the company experienced a remarkable compound annual growth rate of 83.7% from 2013 to 2016.
In 2017, the introduction of stringent safety regulations by the U.S. NEC mandated the use of Module Level Power Electronics (MLPE) with rapid shutdown capabilities in PV systems, rendering traditional string inverters obsolete for residential energy storage solutions. SolarEdge, with its mastery of the requisite technology, swiftly capitalized on this shift, rapidly expanding its market share and witnessing substantial revenue growth in 2018 and 2019.
The third phase unfolded in 2018 with the imposition of 10% tariffs on Chinese PV inverters under U.S. trade policies. SolarEdge benefited from these trade barriers. Subsequently, in May 2019, tariffs were increased to 25%, prompting Huawei's withdrawal from the U.S. inverter market. Despite the overall growth of the new energy industry, SolarEdge experienced a revenue decline in 2023, attributed to the industry-wide destocking process.
Reports indicate that market demand in Europe and the U.S. was disrupted by high interest rates and policy uncertainties. In 2023, SolarEdge's revenue from its inverter, optimizer, and backup battery businesses reached $1.37 billion, $900 million, and $380 million respectively. This represented a 20.8% increase, a 20.5% decline, and an 11.8% decrease from the previous year. Furthermore, sales figures stood at 1.013 million sets, 17.4 million sets, and 744 MWh, marking declines of 0.8%, 26.6%, and 2.2% respectively compared to the previous year. The unit prices were recorded at USD 1,356 per set, USD 52 per set, and USD 0.51 per kWh respectively.
The substantial decline in optimizer sales can be attributed to the superiority of micro-inverter solutions over optimizer and string solutions in meeting the stringent MLPE requirements set forth by the NEC for rapid shutdown functionality.
In 2023, the company's photovoltaic business revenue in the European and U.S. markets amounted to $1.81 billion and $760 million, respectively. This represented a 15.8% increase in Europe but a significant 35.9% decline in the U.S. compared to the previous year. While the beginning of 2023 saw some relief in the industrial chain situation, the European market initially experienced rapid growth despite a slowdown. However, the latter half of the year was marred by high interest rates and policy uncertainties in countries such as the Netherlands, Belgium, and Italy, resulting in a substantial contraction in market demand. Although the company's revenue from the European market maintained modest growth, the growth rate declined by 55% compared to the previous month. Similar trends were observed in the U.S. market, exacerbated by the transition of California's NEM 2.0 policy to 3.0, which created a vacuum in the demand for distributed PV storage.
In 2023, the European and American market demand was significantly affected by uncertain policies, with expectations for gradual recovery in 2024. Throughout the year, power optimizer shipments fluctuated, reaching 6.4 million, 5.5 million, 3.3 million, and 2.2 million sets from Q1 to Q4 respectively. Inverter shipments followed a similar pattern, with 330000, 335000, 274000 and 74000 units shipped during the same period. Energy storage battery pack shipments also varied, with 221 MWh, 269 MWh, 121 MWh, and 133 MWh recorded from Q1 to Q4 respectively. However, in the latter half of 2023, impacted by lower demand and high inventory, SolarEdge's shipments experienced a sharp decline compared to the previous month.
Looking ahead to 2024, several developments are anticipated in the following regions:

1. Germany: Expectations are that certain tariff caps will be lifted in 2024, resulting in higher electricity prices in the country. Consequently, the return on investment (ROI) for photovoltaic (PV) installations is projected to increase, fueling continued growth in residential PV installations.
2. Austria: It is anticipated that the value-added tax (VAT) on PV power generation, introduced at the beginning of 2024, will be repealed.
3. Netherlands: The uncertainty stemming from the 2023 election and the changing net metering policy led to a sharp decline in PV installations in Q4. Recent decisions by the Dutch Senate indicate a potential sustainability of net metering, prompting optimistic market responses in the future.

Enphase:
Anticipated shifts in demand are on the horizon as the second quarter of 2024 draws to a close.
Enphase stands as the undisputed global leader in microinverters, spearheading advancements in solar, energy storage, and charging solutions. Founded in 2006 in Delaware, Enphase revolutionized the market by introducing the world's first microinverter, the M175. In 2011, Enphase embarked on a global expansion strategy, penetrating the MLPE market in Europe, Australia, and other regions, culminating in its listing on the NASDAQ in 2012.
Leveraging its pioneering status in the MLPE sector, Enphase has continually enhanced its microinverter products, elevating power output from 175W in the first generation to 550W in the eighth generation. The latest iteration of inverters boasts additional features such as split-phase grid connection and off-grid capability. As a result, Enphase commands a market share exceeding 70%, firmly establishing itself as the industry leader.
Building on its expertise in microinverter technology, Enphase embarked on a series of strategic mergers and acquisitions, consolidating businesses in energy storage, electric vehicle charging infrastructure, and cloud services to develop comprehensive solar and storage solutions for households.
In 2016, Enphase introduced its inaugural residential storage product, marking its entry into the energy storage sector. By the close of 2020, the company unveiled the IQ Battery residential storage system, expanding its product portfolio to encompass residential energy storage solutions. Enphase IQ Batteries operate on low-voltage DC power, mitigating the risks associated with high-voltage DC power and enhancing system safety and efficiency.
In 2021, Enphase ventured into the electric vehicle charging infrastructure market with the acquisition of ClipperCreek. The following year, the acquisition of GreenCom positioned Enphase as a leading provider of home solar, energy storage, and charging system solutions, bolstering its offering with Internet of Things (IoT) solutions.
Thanks to favorable policies, expanded channels, and enhanced product competitiveness, Enphase has experienced rapid revenue growth since 2019.
On one hand, Enphase has reaped the benefits of supportive policies such as the NEC 2017 mandate requiring residential PV systems to integrate Module Level Power Electronics (MLPE), driving demand for the company's microinverters. Additionally, the 301 tariff prompted Huawei's exit from the U.S. inverter market in 2019. Furthermore, the IRC's gradual reduction of the Investment Tax Credit (ITC) subsidy from 2019 onward stimulated PV market growth. The introduction of the IRA in 2022, alongside the extension of the Advanced Manufacturing Production Tax Credit (AMPTC) and Advanced Energy Project Investment Tax Credit (AEPITC) subsidies, has had a significant impact. These subsidies, extended to 2032 and 2030 respectively, have bolstered Enphase's microinverter production.
In terms of channel expansion, Enphase's acquisition of SunPower's subsidiary in 2018 solidified its position as the exclusive supplier. Moreover, strategic partnerships with Sunrun, LG, Panasonic, Solaria, and GRID Alternatives have further expanded its reach and market presence.
Regarding product development, Enphase has concentrated on promoting its IQ 7 and IQ 8 series microinverters since 2019. With conversion efficiencies of up to 97.5%, these inverters cater to a broader range of solar panel installations. Additionally, the higher power range of Enphase's inverters ensures compatibility with solar panels in various regions, while the company's commitment to efficient after-sales service has reduced average waiting times to less than one minute.
By the latter half of 2023, Enphase faced increased pressure in both the US and European markets due to weakened demand for energy storage and high inventory levels.
In the US market, the transition to NEM 3.0 and elevated interest rates dampened investor confidence in residential solar storage investments. As per the company's investor communications, revenue from the US market dropped by 16% and 35% in the third and fourth quarters of 2023 respectively, compared to the previous quarters. Notably, the California market experienced a sharper decline, with Enphase's microinverter sales falling by 25% and 27% in Q3 and Q4 respectively, while non-California markets remained relatively stable.
In Europe, the anticipated demand recovery in the latter half of 2023 fell short of expectations, exacerbating distributor inventory backlogs. Enphase's top three European markets—Netherlands, France, and Germany—faced distinct challenges. The Netherlands saw hesitancy among users awaiting the removal of the net metering program, while seasonality impacted the French market, and the German market grappled with feed-in tariff reductions. Consequently, market demand and shipments related to residential PV in major European countries all experienced declines.
According to Enphase's investor communication disclosures, microinverter shipments in 2023 were as follows: 4.8 million units in Q1, 5.2 million units in Q2, 3.9 million units in Q3, and 1.6 million units in Q4. Additionally, battery shipments totaled 102.0 MWh, 82.3 MWh, 86.0 MWh, and 80.7 MWh from Q1 to Q4 in 2023 respectively. However, in the latter half of 2023, microinverter shipments experienced a sharp decline due to weak demand and inventory accumulation. Enphase estimates that channel inventory will normalize by the end of Q2 in 2024, with shipments expected to increase again in Q3. Conversely, battery sales, buoyed by NEM 3.0, continue to rise.
Currently, the European market shows signs of recovery, while the California market is anticipated to gradually improve. The Dutch parliament recently confirmed that net metering policy will remain unchanged in the short term, and electricity costs have increased in France and Germany. Consequently, it is expected that the company's business will reach its nadir in the first quarter of 2024. In the United States, non-California markets are poised for swift recovery after interest rate fluctuations. However, the California market's recovery may take several quarters due to the transition from NEM 2.0 to NEM 3.0. Nevertheless, given the high electricity costs, the integration of solar and energy storage offers a higher return on investment under NEM 3.0, leading to a gradual recovery in market demand.

Presentamos la serie Chroma 63800R: ¡Cargas eléctricas de CA con capacidad regenerativa!
La serie Chroma 63800R ofrece cargas eléctricas de CA con capacidad regenerativa, con tres modelos con potencias nominales de 9 kVA, 12 kVA y 15 kVA. Esta serie cuenta con un diseño de alta densidad de potencia, que proporciona una capacidad de carga máxima de 15 kVA en un chasis compacto de 3U. Para cumplir con los requisitos de prueba de potencia más altos, se pueden paralelizar varias unidades para aumentar la capacidad de carga utilizando el control maestro-esclavo.
La serie Chroma 63800R presenta una solución altamente eficiente y de ahorro de energía con su característica regenerativa, lo que la hace ideal para una amplia gama de aplicaciones de energía renovable, incluidos ESS, inversores fotovoltaicos híbridos, EVSE AC y cargadores bidireccionales a bordo (BOBC) para aplicaciones V2L y V2H.
A diferencia de las cargas de CA tradicionales para las pruebas de UPS, la serie 63800R elimina la generación de calor desperdiciada, lo que reduce significativamente los costos de electricidad debido a su capacidad regenerativa. Además, cumple con los requisitos de la norma IEC 62040-3 para pruebas de UPS.
La serie Chroma 63800R utiliza tecnología avanzada de control totalmente digital e introduce una función de espera para manejar fluctuaciones rápidas en la fuente de voltaje del dispositivo bajo prueba (DUT). Esta función mantiene la carga en un estado activo cuando el DUT está en espera o apagado, e inicia instantáneamente la extracción de energía cuando se activa la fuente de voltaje. Esta función es ideal para implementar pruebas totalmente automatizadas en fábricas inteligentes.
Además de las funciones básicas como CC, CP y CR, la serie Chroma 63800R ofrece modos de funcionamiento avanzados, como el modo de fase rectificado y el modo de fase de avance/retraso. También puede simular las características de los componentes SCR y TRIAC con su exclusiva función de carga de medio ciclo.
La serie 63800R cuenta con una pantalla LCD de 5" con una interfaz de usuario intuitiva para un funcionamiento sin problemas. Las opciones de conectividad incluyen USB, LAN e interfaces GPIB o CAN opcionales para un control remoto y digital rápido a través de la PC utilizando el software SoftPanel de Chroma. Además, Chroma proporciona controladores de instrumentos para el control integrado del sistema con LabVIEW.
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In theory the power companies in Thailand pay 2.2 baht per kWh for excess electricity generated by a residential solar installation up to 10 kW. It’s called a Feed-in Tariff (FiT).
In practice I’m told it’s expensive, difficult to get, and is only paid during peak hours (?). I’m told that if PEA themselves does the install then it’s guaranteed, but I already have an installer I like.
If anyone has been successful in getting the FIt, what was the process? Did they fight with you over the size of your system, or about the solar panels/inverter you were planning on using?
Battery storage is uneconomical but I’m considering it since it may either be battery storage or no solar.

I don't need to tell anyone here that housing affordability is bad right now so I'll cut to the chase...
What can be done about it?
I got seven proposals to address the problem.
But first.. lets talk about what I call 'Non-Solutions'.
A Non-Solution is something that feels like a solution but isn't. For example: Scratching at itchy skin isn't a solution to a rash.
There's a few Non-Solutions I'm going to be avoiding with my proposals:

• Price Fixing: Simply mandating that X costs $N, at a government level, doesn't fix anything. Ask USSR. Prices determined by markets are not 'fair', but they are realistic outcomes to the situations which created them, whether it's a lack of regulation, lack of supply, etc. High prices are a symptom of bigger problems that need to be addressed.
• Free Money: While it seems like an easy fix, just handing out money until everyone can afford everything, you don't need to be an economist to know that doesn't work. Prices are a function of purchase power. If you increase everyone's purchase power equally, prices will adjust to match. We've all seen this, the inflation we're experiencing right now in Australia is likely a direct outcome of the spending during the pandemic.

Instead solutions need to be formed through means such as:

• Using the tax system to incentivise behaviour that results in cheaper housing, and de-incentivise behaviour that results in more expensive housing.
• Adjusting laws that result in more expensive housing, removing laws that are an obstacle to cheaper housing.
• Creating alternatives to the existing housing stock in the market.
• Government initiatives that increase housing stock.

So - what could we do?

Proposal 1 - The AAHC

I call it the 'Australian Affordable Housing Construction Company', aka, AAHC Co.
Government initiated housing construction company, similar to the NBN Co.
It has one goal: Build houses and sell them. It has a target rate of 'houses/quarter' it aims to construct houses at. That rate is set by an independent body that aims to keep the cost of housing to a fixed level relative to incomes, and controlled in a fashion similar to the official interest rate. Another lever on the economy. The rate increases when housing supply is low, and decreases when housing supply is high.
The AAHC builds houses. Then sells them. Simple as that. No other purpose. The goal is to break even, build houses, sell them at market value (no profit). The great thing is, this means the AAHC has a net zero funding cost for the tax payer - literally costs nothing to run, because it pays for itself through sales of houses.
The actual construction would be done by external private construction companies under contract who compete under bids to build suburbs worth of houses in large projects. Which is another benefit. Lots of jobs creation, a big boon for our local manufacturing and construction industry, and any related employment opportunities (construction companies don't just hire builders after all, they hire graphic designers, accountants, managers, receptionists, etc).
As additional benefit, because the government is building the houses, it can ensure the houses meet conditions and standards we the people want to see applied to future housing construction. So it could be mandated for example, every new home constructed must have air conditioning, must have solar panels, etc.
The AAHC Co in summary:

• Allows for a market based approach to control the cost of housing.
• Costs nothing (to the taxpayer) to run, self funded.
• Reduces the single largest expense we have in life (housing).
• Would create tens of thousands, possibly hundreds of thousands, of jobs.
• Can improve the quality of our supply of houses in the market by building better houses.

Proposal 2 - Nationalised Definitions of 'Tiny Homes', and Easing Of Laws Regarding Them

The reality is, there is such a shortfall of housing in Australia, that it may take a decade or longer to address the problem, even if we started implementing the right policies to do so today.
What people need is alternatives. Today.
Such as 'Tiny Homes'.
Tiny homes can be constructed in larger quantities, prefab, for cheaper than a house, and constructed on a trailer frame which allows them to be easily moved and transported.
They can be significantly cheaper than a house, and moved easily, opening up prospects for someone to own reasonable housing in Australia for a fraction of the cost of buying an established constructed house, by buying very cheap land, a cheap 'Tiny Home' and parking it permanently on their land. Then eventually moving it on, selling it even, once it comes time to upgrade to a permanent fixture house, or move into a larger fixed house.
Because they're legally defined as caravans, they subject to all the same rules.
The first problem is, those rules vary depending on where you live. Not just for each state, but even depending which council you live in. Some councils have no clear regulations at all, making matters worse. A nationalised definition of a 'Tiny Home', and national laws regarding them, would make life easier for everyone.
The second problem is, because currently Tiny Homes are defined legally as Caravans, they are subject to the same restrictions, which can be stifling, such as, subject to location (state or council laws vary). Here are some of the worst restrictions found around the country:

• Can not be placed on a vacant block of land without an existing dwelling
• No more than 1 is allowed on residential land
• Contains no more than 2 bedrooms
• Requires development approval every time they're moved
• May result in additional charges for council rates

A nationalised legal framework for tiny homes, and easing of laws around them, to make them easier and cheaper to obtain, install and live in, would open up possibilities for alternative means of housing to ease the burden on the existing housing market.

Proposal 3 - Housing Super Fund

Super is a well established method for ensuring individuals can afford their retirement without resorting to giving people free money or price fixing the cost of retirement. It forces employers to make contributions to employee's super funds, that then collect invest, grow, and eventually can be accessed at retirement age.
This is a mechanism we can borrow to achieve a similar result for renters, to allow them eventually afford housing.
I call it a 'Housing Super Fund'.
How it could work is like this:
Every tenant is Australia, could have a 'housing super fund' set up for them when they start renting. Every time a tenant pays rent, the land lord receiving the rental payment, could be required to deposit 5% of that payment into the tenant's housing super fund.
Land lords will insist, argue, that they will put up rents by 5% to compensate. But this is a lie. Prices are determined by customer purchase power. Renters will not have any additional purchase power as a result of this change. Rents won't go up in real terms over a long period of time, instead this change eats a cut away of rents from landlords and invests it on the behalf of tenants.
The housing super fund could be made accessible if and when a tenant is making their "first home purchase". If that never occurs, the funds could available automatically at retirement age instead.

Proposal 4 - Increased Property Taxes for Landlords & Elimination of Negative Gearing

While some people are facing the prospect that they may NEVER be able to afford a house in their lifetime - other individuals, might have as many as 7 properties, and are currently shopping for their 8th.
It's obvious, that the system strongly favours those who already own houses and have capital, ahead of those who don't.
So, simple solution, is to increase taxes for being a landlord.
Property taxes faced by individuals could be higher for those who own more than one house, and increase with each additional house owned.
And, Negative Gearing, eliminated, since it creates such a massive financial incentive to own more than one house.

Proposal 6 - Harsh taxes on empty resident housing

A simple proposal.
There are empty houses across Australia.
Tax the owners until they either rent them out or sell them or move into them.

Proposal 7 - Housing HELP Loan

Saved the best for last. Got a HELP Loan? Then you know how this loan structure works.
You borrow money from the government to pay for education, and then pay off that help loan in your taxes, if and when your income is above a minimum threshold. In the mean time, the loan amount is adjusted based on interest rates at the end of each financial year.
There's no reason why we can't have a similar loan structure made available for housing.
'Housing HELP Loan' could be made available to cover up to 75% of the purchase price of an individual's first home, with the remaining 25% required as an upfront deposit. The loan then can be paid off as part of the individual's taxes if and when their income is above a minimum threshold.
This would enable millions who currently can't get a home loan to finally get one, and ensure the debt of a home loan isn't financially crushing when individuals end up in a situation where they are temporarily unable to pay off their loan due to loss of employment.
That's 7 proposals to fixing housing affordability in Australia.
Which ones do you think would work?
Which ones do you think would stand a chance politically of being supported by a major party and made into reality?

Hey guys, part of my job in texas is making sure the installs are done properly and efficiently but also making sure production is at the highest it can be for that roof. One of the biggest issues we are facing in texas is our utilities solar buy back programs . It used to be true 1:1 buy back but over the years it’s stopped and is closing closer to 1:1.5 . That means we are having to add more panels this costing the customer more . I wanted to ask my fellow solar Texan community; what are the best rates you’ve come across for utilities in the area. I want to be able to add more value to my customers by providing them the best utility choice . Thanks! Sorry if this has been asked before but I couldn’t find it posted

100 Girlfriends is a series that I think is pretty neat, considering its been my hyperfixation for the past couple of years. It's very much a solid riff at the genre of harem romcoms and takes at lot of time to actually break down each member of its cast and really ask how their character quirks really affect them, eventually transforming into world's weirdest group dynamic, where more attention is given towards how each girl interacts with each other as the cast expands ever further. Though that doesn't stop the showcases of sheer love and dedication that Rentarou is willing to convey every time he gets the spotlight. Also its funny as hell.
Hardly means its perfect though, as people have pointed out the many flaws of the story, including its pacing, the questionable nature of its relationships due to the age gaps and familial relations, as well as a general dislike of the whole 100 soulmates plot device. I'd love to discuss and refute these point in a later post (particularly the last one boy do I have counterarguments to certain objections) but this prelude is long enough as is, so let's get talking about the main subject of this rant: Chapter 119 aka Fondle Festival 2.
Momiji Momi is the 15th girlfriend introduced, and she has a naturally contentious main quirk. She is a training masseuse with a fascination for soft things, a fascination that spreads specifically to the body parts of others. This results in a penchant towards groping both the girls and Rentarou alike, usually with no direct ask to do so from Momiji.
This is a questionable trait and runs the natural risk of turning her into a Mineta, but a few different factors keep it decently justifiable. The main point here is she is constantly giving out massages to Rentarou's Family and others, usually before any sort of inappropriate gropage. Hell, her first interaction was Rentarou finding her after massaging the school's entire tennis team, who had literally collapsed from the sheer pleasure and relief of the massage, and in her introduction to the group proper she straight up offers to massage the rest of the cast first and foremost, and only after is the cast willing to offer up their bodies for feeling up. It takes on a sort of transactional exchange, the cast gets free massages from Momiji, and Momiji gets to indulge in her urge to touch where she wants (sans probably the d and the v). And the entire cast seems pretty fine with it, not really reacting after a while most of the time.
Momiji also isn't just focused on the fanservice bits; her penchant for soft things stretches to bouncy house, hot buns, bread dough, and Nami boob mouse pads. Even just looking at the human body she is interested is far from boobs and butts, going to cheeks, stomachs, hands, arms, and backs. While she still is there to highlight the goods when the time comes, Momiji comes off much more than a character exclusively meant to justify fanservice, even if she is debatably the simplest and flattest girl of the main cast so far.
Enter Fondle Festival 2, generally considered one of the series few actual misses chapter wise alongside the obnoxious introductory chapters of Chiyo as well as Beef Tongue, which I could write an entire other rant about so help me god. But Fondle Festival 2 has its status for a reason, as it very much murks up the ideas of consent.
To keep things brief, Momiji ends up swapping bodies with Rentarou through the powers of a convenient drug brewed up by resident ridiculous scenario causer Kusuri, and immediately goes to grope the boobs of every single girl on the rooftop with her new boy hands without the girls realizing its Momiji for a significant amount of time and absolutely without them giving a clear thumbs up.
Consent is a bit of a grey area in 100 Girlfriends more generally, mainly because as a gag series it does have a status quo that it needs to maintain for its cast. Usually most characters are pretty good about their ridiculous demands in terms of directly asking about it, but no matter how many times the characters say no or tell them to stop, such questions and actions will of course continue in the next chapter simply due to wanting to be able to pull out those traits for jokes again. Momiji herself is a perpetrator considering how often her groping is considered a gag in a panel even if it is making the characters uncomfortable, though she is far from the worst offender (looking at you Hahari). For the most part characters are willing to call out stuff that is actively bad and say in pretty uncertain terms that its terrible, but this stuff still does happen due to the nature of the genre and how characters are defined.
In the context of Fondle Festival 2, the girls in question are...mostly okay with it? They acknowledge that this is a weird situation and bunch actually take advantage of said situation to fulfill their less than kosher desires, and by the end its revealed that basically all of them caught onto what had happened and were totally taking advantage of it.
The problems start with only most of the girlfriends being okay with it. Uto completely breaks her chuuni bard persona and is left frozen in shock at such an event, unclear if she was okay with it. Several girls try to get Momiji to stop and get an unwanted grope because of it, and Mimimi straight up slaps Momiji (who Mimimi assumed was Rentarou) and insinuates for them to stop, but Momiji continues undetered. Multiple girls very clearly and explicitly give a sign that they are not okay with this and they need to stop, yet Momiji continues to make them feel uncomfortable.
My largest problem, however, is when you realize that Momiji is using Rentarou's body for this. Rentarou is a bastion of chastity in essentially every regard, going to frankly ridiculous length to prevent any sexual advances from the girls or himself. He straight up does not allow himself to think of the girls in a sexual if he can allow it, as he sees it as demeaning of the girls themselves and that would be a failure on his part. Is it a kind of ridiculous belief? Yes. Is it still his own belief that he holds up to the best of his ability? Also yes, and that needs to be respected.
Fondle Festival 2, in my humble opinion, does not respect that belief in a really frustrating way. I can't say for certain what good body swapping etiquette is, but I don't imagine that going off in someone else body and doing something that stands directly against their characterization, especially since Rentarou was knocked out for most of this, and Momiji even ends up groping Rentarou/her own chest, which makes this even murkier.
Momiji does end up getting some level of comeuppance by the end of the chapter through a taste of her own medicine and she fully apologizes to the girls about the whole incident in the bonus page of the chapter, but I'd argue the damage has been done and it doesn't stop the gross feeling I got when reading the chapter, either the original japanese raws or the translated version.
While I can shrug off a lot about this series, this flagrant ignoring of both the girls and Rentarou in this situation for the sake of a bit did not jive with me. Consent is important y'all.

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Anthropic's AI assistant, Claude, is now available in Europe, including on the App Store, offering instant answers and assistance with deep work tasks [1][2]. Greg Brockman demonstrated a concept of GPT-4o for customer service, expressing gratitude to his co-founder, Ilya, for their work on OpenAI [3][4][5]. Andrej Karpathy humorously suggests that the "killer app" of Large Language Models (LLMs) is Scarlett Johansson, not math [6].
Yann LeCun emphasizes the importance of safer AI being better AI, with objectives, including safety guardrails, driving AI systems [8]. He also highlights that entropy minimization leads to improved out-of-distribution performance [9]. NVIDIA and Dell are partnering to transform enterprises at Dell Technologies World, showcasing the latest innovations in AI, multicloud, and edge computing [10]. NVIDIA AI also announced the optimization of AI-powered applications like Google Gemma 2 and PaliGemma with NVIDIA TensorRT-LLM [11].
Google DeepMind's latest advancements were shared at Google IO, including the Gemini model 1.5 Flash, Project Astra, the Veo video model, and Imagen 3 [12][13][14]. Metalware, a startup from Y Combinator's S23 batch, prioritized data quality over quantity to build a foundation model with less compute [15]. Nabla Bio, a startup founded by scientists from Harvard Medical School, has raised $26M in Series A funding and formed partnerships with pharmaceutical companies for AI antibody design [16].
Groq Inc introduces the Groq LPU™ Inference Engine, which is claimed to run GenAI models 10 times more efficiently than GPU solutions [17]. They are targeting June for a certain project or release and will be participating in the NYSE Tech Summit SF [18][19]. Groq Inc's Chief Tech Evangelist, @lifebypixels, will be participating in an event tomorrow at 11:30 PT [21]. Vectorizeio has chosen Groq Inc as their default LLM for their launch [22]. Groq Inc is currently in private beta but will be planning to make their product available to the public soon [23].
The CEO of Groq Inc, Jonathan Ross, believes that advancements in AI will create more jobs than there are people to fill them, citing the Jevons Paradox [24]. Groq Inc will be introducing paid tier rates next month [26]. Groq Inc's new intern created a demo comparing Gemma 7B and ChatGPT 4 Turbo controlling two Ken characters in a retro game [27]. Groq Inc has been praised by researchers like Andrew Ng for their fast-working chips that can advance generative AI [28].
The Google I/O 2024 developer conference will feature product news and innovations from Google [29]. Google AI's Infinite Wonderland is a lab session where artists use StyleDrop, a fine-tuning technique on Imagen 2, to create infinite images reimagining Alice's Adventures in Wonderland in unique styles [31][32][33][34][35]. Google has announced that AI Overviews will start rolling out to users in the U.S. today, with plans to expand to more countries in the near future [36].
Google has introduced Gemini 1.5 Flash, a lighter-weight model optimized for tasks requiring low latency and cost efficiency [37]. Google's Project Astra, a prototype by Google DeepMind, aims to investigate the potential of a universal AI agent in enhancing daily life [38]. Google has introduced Imagen 3, which is Google DeepMind's most advanced image generation model [39]. Google has introduced Veo, a new generative video model developed by Google DeepMind [40]. Google Workspace has upgraded to the Gemini 1.5 Pro model for its side panel, allowing for a longer context window and more advanced reasoning [41].
Google has introduced a new model called PaliGemma, which is the first vision-language open model in their Gemma family [43]. Google has announced Gemma 2, their next generation of models which will include a 27B parameter instance [44]. Google utilized AlphaGo from Google DeepMind to create a new method called "AI-Assisted Red Teaming" to enhance agents' red teaming skills [45]. Google introduced SynthID last year to add imperceptible watermarks to AI-generated images and audio [46]. Google has introduced LearnLM, a new family of models based on Gemini and fine-tuned for learning [48].
The Gemini era has been introduced by Google, bringing AI advancements to various tools and products [50]. Sundar Pichai shared updates on Google's AI advancements and the Gemini era at Google I/O 2024 [51]. Gemini Nano will be integrated into Chrome Desktop client starting in Chrome 126 [52]. Google introduced updates across the Gemini family of models, including the new lighter-weight model 1.5 Flash [53].
1. Anthropic @anthropicai https://twitter.com/anthropicai/status/1790260887905091757
2. Anthropic @anthropicai https://twitter.com/anthropicai/status/1790260889050071242
3. Greg Brockman @gdb https://twitter.com/gdb/status/1790277577007046993
4. Greg Brockman @gdb https://twitter.com/gdb/status/1790280704305303637
5. Greg Brockman @gdb https://twitter.com/gdb/status/1790519014562898012
6. Andrej Karpathy @karpathy https://twitter.com/karpathy/status/1790373216537502106
7. a16z @a16z https://twitter.com/a16z/status/1790430799390458341
8. Yann LeCun @ylecun https://twitter.com/ylecun/status/1790350459233771695
9. Yann LeCun @ylecun https://twitter.com/ylecun/status/1790523417839722903
10. NVIDIA AI @NVIDIAAI https://twitter.com/NVIDIAAI/status/1790396656128594261
11. NVIDIA AI @NVIDIAAI https://twitter.com/NVIDIAAI/status/1790494566123962645
12. Demis Hassabis @demishassabis https://twitter.com/demishassabis/status/1790455766161428816
13. Demis Hassabis @demishassabis https://twitter.com/demishassabis/status/1790460100186107947
14. Demis Hassabis @demishassabis https://twitter.com/demishassabis/status/1790466241267957845
15. Y Combinator @ycombinator https://twitter.com/ycombinatostatus/1790450906015650233
16. Y Combinator @ycombinator https://twitter.com/ycombinatostatus/1790470890167402524
17. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790371990324248823
18. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790379852933329058
19. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790440337858572594
20. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790456044243808562
21. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790470487078031535
22. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790475385987334189
23. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790476899279634595
24. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790489009484968307
25. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790501563796271516
26. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790503856235020345
27. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790530402840400042
28. Groq Inc @GroqInc https://twitter.com/GroqInc/status/1790530530225569999
29. Google AI @googleai https://twitter.com/googleai/status/1790415282751651868
30. Google AI @googleai https://twitter.com/googleai/status/1790460587274654071
31. Google AI @googleai https://twitter.com/googleai/status/1790482726472048971
32. Google AI @googleai https://twitter.com/googleai/status/1790482971956224340
33. Google AI @googleai https://twitter.com/googleai/status/1790484575187059074
34. Google AI @googleai https://twitter.com/googleai/status/1790487259294097844
35. Google AI @googleai https://twitter.com/googleai/status/1790487531210858671
36. Google @google https://twitter.com/google/status/1790428396775719053
37. Google @google https://twitter.com/google/status/1790432952767115432
38. Google @google https://twitter.com/google/status/1790433789811753460
39. Google @google https://twitter.com/google/status/1790434730623537280
40. Google @google https://twitter.com/google/status/1790435689495945479
41. Google @google https://twitter.com/google/status/1790441491338264973
42. Google @google https://twitter.com/google/status/1790451222169735664
43. Google @google https://twitter.com/google/status/1790451427464085563
44. Google @google https://twitter.com/google/status/1790452314278412554
45. Google @google https://twitter.com/google/status/1790452610714992930
46. Google @google https://twitter.com/google/status/1790453029243703658
47. Google @google https://twitter.com/google/status/1790453185112379680
48. Google @google https://twitter.com/google/status/1790453655054827679
49. Google @google https://twitter.com/google/status/1790453969778528403
50. Google @google https://twitter.com/google/status/1790455194485981275
51. Google @google https://twitter.com/google/status/1790461936271818842
52. Google @google https://twitter.com/google/status/1790488785483927580
53. Google @google https://twitter.com/google/status/1790495545733079487
54. Google @google https://twitter.com/google/status/1790512050512224468
55. Google @google https://twitter.com/google/status/1790525496121270319
56. Google @google https://twitter.com/google/status/1790526213305274812
57. Google @google https://twitter.com/google/status/1790526402158031338
58. Google @google https://twitter.com/google/status/1790526648745443752
59. Google @google https://twitter.com/google/status/1790526782866702459
60. Google @google https://twitter.com/google/status/1790526875770532228
61. Google @google https://twitter.com/google/status/1790532716259074178
62. Google @google https://twitter.com/google/status/1790532794663178436
63. Google @google https://twitter.com/google/status/1790532851844128961
64. Google @google https://twitter.com/google/status/1790548761204167107
65. Google @google https://twitter.com/google/status/1790548876597805448
66. Google @google https://twitter.com/google/status/1790549111445307514
67. Google @google https://twitter.com/google/status/1790554248045891942
68. Google @google https://twitter.com/google/status/1790554287887577439
69. Andrew Ng @AndrewYNg https://twitter.com/AndrewYNg/status/1790500978279776450
70. Sam Altman @sama https://twitter.com/sama/status/1790518031640347056
71. Sam Altman @sama https://twitter.com/sama/status/1790518321881985365
72. NVIDIA AI Developer @NVIDIAAIDev https://twitter.com/NVIDIAAIDev/status/1790426935543165272
73. NVIDIA AI Developer @NVIDIAAIDev https://twitter.com/NVIDIAAIDev/status/1790502330586005822
74. NVIDIA AI Developer @NVIDIAAIDev https://twitter.com/NVIDIAAIDev/status/1790525074572718106
75. NVIDIA AI Developer @NVIDIAAIDev https://twitter.com/NVIDIAAIDev/status/1790562234533638619
76. NVIDIA AI Developer @NVIDIAAIDev https://twitter.com/NVIDIAAIDev/status/1790563475279818881

Hi. Anyone got an idea about new solar energy generation duty charge by State Govt ? I have got plan to install solar but need to get an idea first about how this duty may impact solar panel installers . Expecting some expert ideas

Please skip the partisanship, I'm just trying to see if solar panel prices did or soon will jump 50% ?

Hi tech people thanks for your time. I have a question regarding my solar panel's catch power.
The system is only set up for the hot water system but interacts with the lighting in my house when it's active and the lights flicker.
If the lights flicker and my Pc is on the circuit, could this potentially be affecting my Pc? I have the PC hooked up to a UPS which are said to convert input voltage to a pure sign wave output but I'm still not sure...

~Germany e-commerce logistics market~ is estimated to grow significantly at a CAGR of around 9.9% during the forecast period. Germany E-Commerce Logistics Market research report refers to gathering and analyzing significant market data serve as best medium for various industry players to launch novel product or service. It is vital for key firms to have constant observation of latest market trends which keep on changing. Constants shifts in the trends and key advancements are observed in the market through this Germany E-Commerce Logistics Market report and inform key firms about them. By knowing this, business owners can take effective actions before actually developing any product or service. It also aims at offering thorough knowledge regarding competitors to assist them in taking strategic decision making.
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The companies which are contributing to the growth of Germany's e-commerce logistics market include Deutsche Post DHL, ITG GmbH, Lufapak GmbH, Rhenus SE & Co. KG, Schenker AG, and United Parcel Service, Inc. The market players are considerably contributing to the market growth by the adoption of various strategies including new product launch, merger, and acquisition, collaborations with government, funding to the start-ups and technological advancements to stay competitive in the market. For instance, in November 2019, Deutsche Post DHL, an international express service provider invests $136 million at the cologne-Bonn airport. The company opens its environment-friendly logistics center at the cologne-Bonn airport. DHL Express is using an ice-energy-storage solution with over 1.3 million liters holding capacity and 18 kilometers of piping that ensures the hub stays cool in the summer and warm in the winter. Combined with a heat pump and solar panels on the roof and the solution is entirely emissions-free.
full report of Germany E-Commerce Logistics Market available @ https://www.omrglobal.com/industry-reports/germany-e-commerce-logistics-market
· Market Coverage
· Market number available for – 2024-2031
· Base year- 2024
· Forecast period- 2024-2031
· Segment Covered- By Source, By Product Type, By Applications
· Competitive Landscape- Archer Daniels Midland Co., Ingredion Inc., Kerry Group Plc, Cargill
· Inc., and others
Market Segmentation
Germany E-Commerce Logistics Market by Services
o Transportation Services
o Warehousing Services
o Other E-Commerce Logistics Services (Processing and Packaging)
Germany E-Commerce Logistics Market by Products
o Baby Products
o Personal Care Products
o Books
o Home Furnishing Products
o Apparel Products
o Electronics Products
o Automotive Products
o Others (Grocery, Pharmaceuticals and Nutritional Products)
Germany E-Commerce Logistics Market by Location
o International
o Domestic
Company Profiles
o BPM-Lux.com
o Deutsche Post DHL
o FIEGE Logistik Stiftung & Co. KG
o ITG GmbH (LGI Group)
o Lufapak GmbH
o Penske Truck Leasing Co., L.P.
o pfenning Logistics (KMP HOLDING GMBH)
o Rhenus SE & Co. KG
o Schenker AG
o United Parcel Service, Inc.
The Report Covers

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• Analysis of regional regulations and other government policies impacting the Germany e-commerce logistics market.
• Insights about market determinants which are stimulating the Germany e-commerce logistics market.
• Detailed and extensive market segments with regional distribution of forecasted revenues.
• Extensive profiles and recent developments of market players.

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About Orion Market Research Orion Market Research (OMR) is a market research and consulting company known for its crisp and concise reports. The company is equipped with an experienced team of analysts and consultants. OMR offers quality syndicated research reports, customized research reports, consulting and other research-based services. The company also offer Digital Marketing services through its subsidiary OMR Digital and Software development and Consulting Services through another subsidiary Encanto Technologies.
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Moved into new house in Bayswater VIC two weeks ago and the neighbourhood has an issue with handful of possums that keep coming back after removal.
Anyway, long story short we think they’re able to get inside our roof, so I called a roofer to take a look because there’s no point getting them removed if they can run right back into the same hole (as they have to be released within 50m of where they were removed).
There are no ceiling leaks or stains. The house is under 160m2, concrete stumps, circa late 1960s, very simple black tiled roof, no solar panels to take off, kind of the basic bitch of roof designs.
Roofer has quoted $28k to replace the entire roof, but has not sent through the photos to show the problems.
He strongly recommended not repairing it because they won’t guarantee the work.
If we do repair it, he said I need to get a separate carpenter to fix the eaves, fascia and scotia before they start, and a plumber for some garage roof gaps in flashings, and the repair bill excluding all that would be about $3600, using secondhand tiles that won’t be a colour match.
If $28k is a reasonable estimate, fair enough, but it does seem weird that they haven’t shown any photos of the apparent problems… and I am a bit wary of being overquoted.
Thoughts?

The Edmonton Oilers defeated the Vancouver Canucks in the most dramatic way possible after Evan Bouchard fired the game-winning goal from the point with just 38 seconds left in Game 4.
But was the puck knocked down before a high-stick before the goal?
On the panel after the 3-2 Oilers win, Sportsnet’s Elliotte Friedman wondered if Leon Drasaitl had knocked the puck down with a stick above his shoulders.
The NHL allows for reviews of “missed game stoppage events in the offensive zone” if they lead to a goal. The review falls under Coaches Challenges except in the final minute of the third period and overtime, when it switches to a league-initiated review.
An additional wrinkle to the rule: Since Drasaitl was not directing the puck into the net, the threshold for high-sticking is the shoulder, not the crossbar.
In this case, the league chose not to review the high stick and the goal counted, paving the way for the Oilers to tie the series 2-2.
“Someone watched that angle live and said ‘what do you think?'” Friedman said of a tip he received from an anonymous source. “It’s got to be conclusive… I’m not seeing anything there that says to me that that would be a goal that would be disallowed.”
Game 5 in this series is Thursday in Vancouver.
Source https://www.sportsnet.ca/nhl/article/did-officials-miss-high-stick-on-oilers-game-winning-goal/