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Unlike public stock exchanges, which offer daily trading, strict regulatory disclosure, and high liquidity, private markets are less transparent, have lower liquidity, and require long-term commitments. They also have less oversight and are generally considered riskier. With that in mind, many savvy investors wonder whether it’s time for them to invest in the private market. It can be worthwhile for these reasons: 

Higher Returns Potential

Once you’ve established the distinctions between accredited investor and qualified purchaser and established your financial capacity to engage with the risks of private investments, you may enjoy higher returns. 

Private companies tend to be earlier in their growth stages than public companies. If you invest in an early-stage company before it becomes widely known and it grows significantly, your returns can be much higher. 

WhatsApp is a great success story as a Venture Capital-backed company. The company’s only venture investor, Sequoia Capital, turned $60 million into $3 billion when Facebook bought WhatsApp for approximately $19 billion. 

Many investors had been skeptical about investing in WhatsApp because it only charged $1 per year and had no ads. However, Sequoia Capital believed in massive user growth, a simple product, and strong founders. They invested $8 million in 2011, $52 million more in 2013, and made their return upon the company’s sale when they owned around 15-20% of the company at acquisition. 

Less Daily Market Volatility

As a public stock investor, you generally keep tabs on what your investments are doing every day. They are prone to change moment to moment, driven by news and market emotions. Most changes occur within milliseconds between 9.30am and 4pm EST in the US, but volatility continues in pre-market and after-hours trading. 

Private investments are more about playing the long game. Once you invest, you must sit and wait for the magic to happen. Private investments aren’t traded daily and don’t fluctuate in price every minute. As a result, your investment can feel more stable, even though risk still exists. 

One of the least volatile private market investments is core private infrastructure, such as toll roads, airports, and data communication networks. They provide stable cash flows through contracts and regular demand. As they aren’t actively traded on public exchanges, there are fewer valuation swings. 

Diversification 

There’s no denying that the private market is risky. That’s why you must be a qualified purchaser or accredited investor to make certain investments through various platforms. Standards include a minimum annual income and net worth, professional certifications, and knowledgeable employees or investment managers.

However, in the same way that you can spread your risk across multiple investment types in the public market, you can do the same in the private market. You can invest in startups, private real estate, private credit, and infrastructure projects. The risk varies across all investment types, which helps investors diversify their portfolios and avoid concentrating their exposure in a single asset or strategy. 

Exclusive Opportunities

Startups can offer thousands of percents in returns, but the risks are very high at the seed stage.You can miss out on a lot of early growth if you wait until a company goes public before you invest (see how to build a 100 year old company). In today’s market, many high-growth companies are staying private for longer. Rather than raising capital in public markets, they raise capital through private funding rounds from private equity and venture capital investors. 

As a result, much of the early growth occurs while the company is still private, including rapid scaling, market dominance, and revenue expansion. If you invest in such companies early on, you can expand your opportunity set, increase potential return sources, and diversify your portfolio. 

You may be surprised by how many companies have chosen to remain private for longer. Stripe is one of the most valuable fintech firms and was private for over a decade. They wanted to avoid short-term scrutiny of public markets and focus on their product development and long-term infrastructure. SpaceX also raised billions of dollars in private funding and achieved major technological milestones, all while not listing on a public exchange.  

There are undoubtedly many things to be mindful of before investing your hard-earned money, but the private market is bound to pique your curiosity. As an eligible qualified purchaser or accredited investor, you may access exclusive opportunities, higher return potential, and numerous diversification options. Green Prophet does not endorse investing in any company without using an SEC-compliant, accredited investor. 

The post Should You Invest in the Private Market? appeared first on Green Prophet.

When I was a kid my Grade 4 teacher said that in the future energy will be free. We’ll have found a way to make energy from water and salt, with no byproducts. Fast forward 40 years: news in the last year suggests we are closer to both hydrogen fusion and storing energy with salt.

Batteries made from salt which can store energy from renewable energy plants may sound like science fiction, but a new grid-scale deployment in the United States suggests the technology is moving closer to reality. It solves a major problem when harvesting solar, wind or geothermal energy. When the grid can’t use the excess energy it needs to be stored, or go to waste. The holy grail in renewable energy are robust batteries that can work without expensive and rare earth metals like lithium.

The news hook comes from a recent announcement by US energy storage company Peak Energy, which is working with RWE Americas to deploy a new sodium-ion battery system for grid storage. The project is designed to store renewable electricity from solar and wind and release it when demand rises.

Unlike conventional lithium-ion batteries, sodium-ion batteries use sodium, or salt, one of the most abundant elements on Earth and a key component of common salt. Instead of lithium ions moving between electrodes during charging and discharging, sodium ions perform the same function.

The chemistry is similar to lithium batteries, but the materials are far cheaper and easier to source. In its announcement, the company highlighted the cost advantage of the technology.

“Peak Energy’s sodium-ion battery system uses a passively cooled architecture that eliminates the need for complex thermal management systems.”

The design of the system also removes some of the most expensive components found in conventional battery installations.

Energy storage has become one of the biggest bottlenecks for renewable power. Solar panels and wind turbines generate electricity only when conditions are right, which means grids need large batteries to store excess power for later use.

Today most large storage projects rely on lithium batteries, which depend on global supply chains for lithium, cobalt and nickel. Sodium batteries could reduce those costs dramatically because sodium is widely available in seawater and common minerals.

For utilities trying to scale renewable power, the difference could be significant. If sodium-ion systems prove reliable at grid scale, they could provide cheaper, safer storage for solar and wind, making renewable electricity more affordable for power systems around the world.

Peak Energy has raised about $65 million in venture funding since launching in 2023. The company was founded by Landon Mossburg, former president of Northvolt North America and a Tesla manufacturing veteran, together with Liam Maddock, a former operations executive at Zipline who previously held supply-chain roles at Tesla, Apple and Lyft.

Their team includes engineers and battery specialists from companies such as Tesla, Northvolt and SunPower. The company’s $10 million seed round was led by US venture firm Eclipse Ventures with participation from TDK Ventures in Japan, while its $55 million Series A was led by Xora Innovation, a Singapore-based deep-tech fund backed by Temasek.

Additional investors include Doral Energy-Tech Ventures in Israel, Tishman Speyer in the United States and other global energy-tech funds.

The company is entering a rapidly emerging sodium-ion battery race, competing with major Chinese manufacturers such as CATL, BYD, and HiNa Battery, as well as Western players including Northvolt in Sweden, Faradion in the United Kingdom and US grid-storage developer Natron Energy. Unlike lithium batteries, sodium-ion systems rely on abundant salt-based materials, which could make large-scale renewable energy storage significantly cheaper if the technology scales successfully.

Looking to invest in our sustainable future? Check out Peak Energy.

The post Batteries from salt? New grid projects suggest the idea is becoming real appeared first on Green Prophet.

The Importance of Strong Cash Flow in the Wind Energy Industry

The wind energy industry continues to expand because different stakeholders, including governments, corporations, and communities, unite to discover sustainable power alternatives. The business operates in a capital-intensive sector, which requires ongoing financial stability to take advantage of its many growth possibilities. The operation of turbines depends on cash flow to perform maintenance tasks, fund infrastructure development and regulatory compliance, and workforce maintenance. Wind energy companies that generate profits face difficulties in maintaining their operations and business growth because they lack reliable cash flow. The solution of cash flow problems enables businesses to operate sustainably, which will help the company preserve its market position in renewable energy.

Common Causes of Cash Flow Problems in Wind Energy Businesses

Wind energy companies frequently encounter uneven cash flow due to the industry’s structural and operational characteristics. The initial costs for building wind farms require substantial funding to buy turbines and build connections to the power grid. The major expenses that projects need to pay occur before their revenue generation starts. The operation of wind power facilities depends on seasonal and environmental elements, which produce unstable power generation and make it difficult to predict revenue streams.

The payment delays that occur under power purchase agreements create difficulties for companies to manage their cash flow. The payment terms in these contracts extend across various months, which leads to a prolonged delay in receiving revenue after the energy production takes place. The expenses for turbine maintenance and repair operations create a problem because these machines need expert maintenance, which costs a lot and has unpredictable costs. Financial planning becomes more difficult when market price changes affect both business income estimates and the extended financial planning horizon.

Improving Revenue Predictability Through Strategic Contracting

Wind energy companies can achieve greater revenue stability by using specific contracting methods. The implementation of long-term power purchase agreements enables investors to achieve financial stability through established pricing structures that these agreements utilize. These agreements defend investors from market price changes, which help them create stable financial plans for their investment decisions.

A customer portfolio that includes different customer types makes businesses more resilient to revenue fluctuations by reducing reliance on any single customer or contract. Organizations that distribute power to multiple utility companies and business customers, and energy trading platforms demonstrate superior ability to handle disruptions. The negotiation process for contracts requires parties to determine exact payment terms and performance-based rewards and cost adjustment provisions, which defend against increasing operational costs and inflationary market changes. Companies can establish dependable revenue sources safeguarding their monetary assets through proper agreement structure development.

Optimizing Expense Management and Operational Efficiency

Operational expense management serves as a vital function that strengthens cash flow performance. Predictive maintenance technologies enable companies to monitor turbine performance continuously for detecting mechanical problems, which helps prevent them from developing into costly repair requirements. The system takes preventive measures that minimize equipment shutdowns and enable organizations to manage their maintenance costs effectively.

The optimization of supply chains helps organizations control costs because it enables them to obtain replacement parts on schedule while reducing their expenses for storing inventory. Organizations need workforce planning as their main operational efficiency tool because it enables them to adjust staff numbers according to production patterns and maintenance requirements, which vary throughout different times of the year. Organizations use their data analytics systems to track performance patterns, which help them predict future expenses and achieve better resource management. Organizations can improve cash flow by increasing operational efficiency, which helps reduce nonessential costs while maintaining revenue levels.

Strengthening Financial Oversight With Digital Banking Solutions

Digital banking solutions help wind energy businesses to gain better financial transparency and improved control over their transactions. Online banking platforms enable financial managers to track project-specific accounts in real time, which helps them monitor revenue inflows, operating expenses, and vendor payments across different sites. The process of decision-making becomes faster when organizations maintain open financial information, which enables them to handle cash flow changes rapidly.

Online checking accounts make financial management more efficient by creating easy transfers between projects and operational divisions. When customers open a checking account online, it provides them with reduced administrative costs, and it gives easy connection to accounting systems and enterprise resource planning platforms. The system allows businesses to run automated payroll operations, vendor payment processing, and tax compliance reporting while maintaining accurate financial data. Organizations can better manage their project budgets and operational expenses through improved financial tracking systems, which produce more stable cash flow.

Leveraging Financing and Capital Management Strategies

Wind energy companies can fund their capital-intensive operations through specific financing plans that maintain their liquidity reserves. Bridge financing functions as a brief financial solution that enables projects to advance through their development phases and periods when payment of revenue becomes postponed. Through equipment leasing, businesses gain access to modern turbine technology while their capital costs are spread across multiple periods.

The government offers three main funding options which include project development cost reduction through their incentive programs renewable energy tax credits, and grant programs. Organizations that actively seek financial resources will decrease their capital requirements while gaining better control over their financial situation. Capital management effectiveness depends on maintaining proper debt levels, which support operational cash needs to preserve financial stability from construction through to operation.

Building Cash Reserves and Risk Mitigation Plans

Wind energy operations require cash reserves because these funds serve as vital financial resources to address unexpected financial challenges. The combination of turbine failures, extreme weather events, and regulatory changes leads to unexpected financial challenges, which interrupt typical revenue patterns. Organizations need to establish specific reserve funds to sustain operations and meet current contractual obligations.

The risk mitigation plan includes complete insurance protection, which defends against equipment breakdowns, factory shutdowns and legal responsibility exposures. Financial forecasting models help organizations identify cash flow risks through their analysis of production data, market trends, and maintenance projections. Organizations that develop strategies to handle operational and financial uncertainties will maintain better stability during times of revenue volatility.

Implementing Long-Term Financial Planning for Sustainable Growth

Organizations can achieve operational stability through long-term financial planning, which enables them to execute their strategic business expansion plans. Financial audit procedures in organizations help them identify operational flaws, track project financial data, and ensure compliance with legal requirements. Organizations use continuous performance monitoring to adjust their operational and financial plans because market conditions and technological advancements keep changing.

Reinvestment strategies that prioritize turbine upgrades, infrastructure modernization, and technology integration contribute to improved efficiency and increased production capacity. Organizations need to maintain sustainable growth through controlled financial management, which prevents capital overextension while achieving their expansion targets. Organizations that develop financial plans in advance will achieve financial stability and maintain their ability to start new business ventures.

Conclusion: Creating Financial Stability in a Growing Renewable Market

Wind energy businesses need to handle their financial situation with precision because they operate in a complicated monetary system that requires them to maintain strict control over their cash flow. Financial stability becomes more stable through strategic contracting and operational efficiency improvements, and digital financial tools, which solve typical revenue and expense problems. The company can achieve sustainable growth through three strategies includeing using financing options, keeping reserve funds, and developing detailed long-term planning methods. The expanding renewable energy market will create opportunities for businesses that handle their cash flow effectively because this approach enables them to keep their earnings while supporting their sector growth.

The post Fix Cash Flow Issues in Wind Energy Biz appeared first on Green Prophet.

In the shimmering heat of the world’s great deserts, from Saudi Arabia’s Rub’ al Khali (the Empty Quarter) to the sands outside Abu Dhabi, lies a paradox. These landscapes bask in uninterrupted sunshine yet remain under-leveraged in the global renewable economy. The stumbling blocks to starting solar projects are rarely physical: the sun blazes. The hurdles are administrative, financial, and usually bureaucratic. As we’ve learned from Ipanema some 80-90% of renewable projects fail due to unforeseen, high grid connection costs, which Astro’s AI identifies upfront.

The company secures grid interconnection agreements, then sells these de-risked, shovel-ready projects to larger energy companies who can immediately start construction.

How? Astro, based in Silicon Valley uses artificial intelligence to map, acquire, and ready land for utility-scale clean energy build-out, then sell these “plug-and-play” sites to developers hungry for opportunity but infuriated by paperwork.

Astro’s pitch sounds almost too simple to be disruptive because if the biggest barrier to solar and wind isn’t physics but red tape, what if you solved the red tape first? The company’s machine-learning models ingest satellite imagery, grid maps, land-use data, and localized weather forecasts to pinpoint parcels that are ideal for renewables — not just sunny or windy, but grid-connectable, low-conflict, and low-cost.

Once a site is selected, Astro negotiates land access, coordinates environmental assessments, and aligns utility interconnection agreements, all the elements that typically take years.

For oil-rich, environmentally vigilant Gulf states, this isn’t just another startup story. It is a blueprint for accelerating an energy transition that is now existential, not optional. Regionally, governments have set ambitious targets such Saudi Arabia’s Vision 2030 (which is most likely going to fail from poor planning and the dropping cost of oil) and the UAE’s Net Zero by 2050 strategy among them — but the execution often collides with an analog world of forms, approvals, and human inertia. Astro’s model turns that world digital, algorithmic, and fast.

Now imagine applying Astro-style intelligence to water resources, wind energy, and even remediation of damaged lands. They could help us map out where to put greenhouses and towns of the future. They can plan cities not based on a feeling but on opportunities.

In arid environments, the scarcity of freshwater supplies is as pressing as the need for clean power. By layering hydrological data onto the same AI platform that identifies prime solar sites, planners could locate aquifer recharge zones, optimize placement for desalination projects powered by renewables, and reduce the energy footprint of water distribution.

Wind isn’t far behind. Coastal zones of the Arabian Gulf and the Red Sea present compelling offshore and onshore wind potential. The same technology that pinpoints grid access for solar can model turbine wakes and logistics corridors, dramatically shortening the time from concept to construction.

And then there’s the elephant in the room: the environmental damage left in the wake of fossil extraction. You don’t have to look far for a cautionary tale — the soil and water crises around Basra’s oil fields which we wrote about last month, have made headlines and sickened communities. While Astro doesn’t sell cleanup services, the implication of its approach is clear: when you can map the viability of a clean project with precision, you can also map the liabilities. That opens the door for investors and sovereign wealth funds to bundle renewable investment with environmental remediation in blended finance vehicles.

Astro is founded by Alex Fuster. He is a Stanford-trained physicist and computer scientist and former energy trader at Citadel, he built Astro after seeing how predictable grid congestion data is overlooked by traditional developers. Astro is part of Y Combinator and is starting business development in Texas. Astro Energy closed a pre-seed funding round of about $500 K in April 2025, with participation from Y Combinator.

The post Astro uses AI to help procure land for renewable energy appeared first on Green Prophet.

Wind energy is a real asset to the energy transition. Turbines rise quickly, emissions fall sharply, and electricity flows without smoke, spills, or tailings. But behind the clean lines of a wind farm lies a question that is rarely asked out loud: what happens when the wind itself begins to change?

Across Europe, North America, and parts of Asia, wind power has become one of the most scalable tools available to decarbonize energy systems. It can be built faster than nuclear, expanded more flexibly than hydro, and deployed almost anywhere grids exist. Whether offshore or onshore, industrial or rural, wind power adapts.

To make that expansion possible and get the best performance possible, the sector increasingly relies on advanced modeling tools,  such as Meteodyn’s software and services, which translate wind and atmospheric behaviors into usable data for developers and planners. But a new critical question arises: will the wind still be there?

Because climate change does not stop at temperature charts.

Wind is changing, quietly

Climate change alters atmospheric circulation, pressure gradients, and seasonal weather patterns. These changes rarely make headlines, yet they directly influence how, when, and where wind blows. In some regions, average wind speeds may increase; in others, they may weaken or become more erratic.

For a wind farm designed on 20 years of historical data, this matters. A project that looks profitable today may deliver less energy in the future, on the opposite, way more. Uncertainty replaces confidence.

Developers and utilities are beginning to face this reality. Can yesterday’s wind statistics still be trusted for assets expected to operate until 2050? Or are we planning tomorrow’s infrastructure based on a climate that changes faster than we ever thought?

Ignoring the shift would be convenient and easy, but it would also be reckless.

Why long-term planning needs future wind data

Wind projects are not short-term bets. They are built to last decades, financed over long horizons, and integrated into national energy strategies that assume stability. When climate change enters the equation, that assumption weakens.

Assessing future wind resources under different climate scenarios is no longer a theoretical issue: it is a risk-management exercise. By looking ahead—rather than only backward—energy planners can identify regions where wind potential remains robust, where variability increases, or where adaptation may be required.

This is about avoiding blind spots, because blind spots are costly.

Climate scenarios meet energy reality

The IPCC’s climate scenarios—like SSP2-4.5 or SSP5-8.5—are often cited in reports, yet rarely translated into site-level energy decisions. Doing so requires expertise, validated modeling chains, and transparent assumptions.

When wind projections are aligned with recognized climate scenarios, developers can stress-test projects against plausible futures, investors can better understand exposure, and policymakers can plan with fewer surprises.

Climate change analytics help clarity replace guesswork.

Meteodyn and future wind and AEP projections

Meteodyn has developed a dedicated service to evaluate how wind resources and energy production may evolve under different climate scenarios, performing cutting-edge statistics on IPCC-aligned projections.

The goal is  informed anticipation to make sustainable decisions. By quantifying potential changes in wind regimes over time, stakeholders gain a clearer view of long-term performance, risk, and resilience.

Because planning early is usually cheaper than reacting late.

Making climate-aligned wind data accessible

Since October 2, 2025, Meteodyn makes climate-aligned wind and AEP projections datasets available through a dedicated shop, the Wind Data Portal. These datasets allow users to access standardized wind and energy production projections linked to climate change scenarios and localised to projects’ locations.

This matters. Access to future-oriented data should not be limited to large institutions alone. Shared data enables shared responsibility, and responsibility is the foundation of a credible energy transition.

The climate change will not wait

Wind energy remains one of the strongest tools available to fight climate change, but it is not immune to it. As the climates shift, so must the way wind resources are assessed, planned, and valued.

Adaptation is not optional, it is the price of durability.

The post How wind energy must adapt to a changing climate appeared first on Green Prophet.

Climate research and advocacy organization Action for the Climate Emergency (ACE) has rebranded as GoodPower, a shift timed with Climate Week NYC. The move reflects the group’s ambition to confront rising energy costs and climate impacts while accelerating the global transition to renewable power.

Led by CEO Leah Qusba (pictured above), GoodPower combines grassroots organizing, empirical research, and digital communications to engage everyday people around the economic and social benefits of decarbonization. The organization’s work is rooted in the idea that renewable energy is not only vital for addressing the climate crisis but also essential for reducing household energy costs, creating jobs, and strengthening economic security.

The relaunch comes at a moment when energy costs are surging in the United States and globally. US electricity prices have risen more than 30 percent since 2020, driven in part by the growing energy demands of artificial intelligence and data centers. Families also face compounding financial pressures from extreme weather events, rising insurance premiums, and broader economic instability. This Green Prophet article here explores how AI can help improve grid stability.

GoodPower argues that solutions already exist. Renewable power is now the most affordable and fastest to deploy worldwide, while complementary technologies such as electric vehicles and regenerative agriculture offer additional benefits for communities and economies.

A Record of Impact

The organization has built its platform over 17 years of work as ACE. Among its achievements:

• Delivering more than 3 billion ads, videos, and organic impressions to key audiences.

• Building a network of 1.4 million climate advocates.

• Helping secure local support for 6 GW of renewable energy projects now moving into construction.

• Running more than 115 research trials through its Good Data Lab.

• Registering over 350,000 under-represented voters since 2020.

• Expanding international operations to Brazil, Canada, South Africa, and the UK.

This history, Qusba said, positions GoodPower to address both the climate crisis and the economic pressures facing households worldwide.

Strategic Vision

GoodPower’s new identity is paired with its 2030 Strategic Plan, “Upward Spiral.” The plan calls for scaling proven programs, investing in breakthrough technologies, and deepening work in communications, research, and grassroots field organizing. A key emphasis will be the use of AI and other tools to reach broader audiences and accelerate adoption of clean energy solutions. (Related: The UN is building a coalition to explore how AI can save the planet).

GoodPower’s relaunch has drawn praise from funders and partners. Joel Clement of the Lemelson Foundation called the rebrand “deeply aligned with what this moment demands.” Funders including the William and Flora Hewlett Foundation and the MacArthur Foundation highlighted GoodPower’s evidence-based methods and ability to reach new audiences with creative, research-backed strategies.

With a redefined mission and an expanded toolkit, GoodPower aims to build the cultural and political momentum needed to accelerate the renewable energy transition. The organization frames its work as unlocking a better economy — one with millions of new jobs, lower bills, healthier communities (why was Ivanpah shut down?), and a more secure energy system.

For more information, visit goodpower.org.

The post She Rebrands ACE as GoodPower to Accelerate the Energy Transition appeared first on Green Prophet.

Charitable giving isn’t just about dropping extra change in a donation jar or saying “yes” to a prompt at the cash register to tag on a dollar for a good cause. These practices are often categorized as “checkbook” philanthropy because they concern individuals writing a check, so to speak, after they’re prompted with an appeal for donations. This is a noble way for individuals to decide if some of their disposable income might find better use addressing an urgent cause.

But there’s another kind of philanthropy that’s more organized, strategic, and impactful, one that involves choosing a vehicle through which charitable activity is conducted. In this guide, we’ll take a look at three common charitable vehicles, weighing the benefits and tradeoffs of each—private family foundations, donor-advised funds (DAF), and limited liability companies (LLCs) used for philanthropic purposes—so you can determine which vehicle is best suited to put your family’s values into action and build a legacy.

Private Family Foundations

Private foundations are nongovernmental, nonprofit organizations often funded by a single source—typically an individual, family, or corporation. They’re tax-exempt under Section 501(c)(3). The Council on Foundations (CoF) reports that around two-thirds of all private foundations are family-managed. This is what people mean when they say “private family foundation,” which isn’t a distinct legal entity from a private foundation, but rather a way a private foundation is managed.

For instance, a private family foundation would be funded by members of one family and remain under the management of at least one family member. According to the CoF, “in many cases, second- and third-generation descendants of the original donors manage the foundation.” This makes the private foundation an ideal charitable vehicle for families who want to make a long-term philanthropic commitment with a deep involvement in how their charitable dollars are spent.

What makes private foundations attractive is the high level of control they offer. Families can define the mission, decide where grants go, hire staff, and manage investments. As for responsibilities, private foundations must distribute at least 5% of their assets annually to charitable purposes. They also must fulfill their administrative requirements, like filing IRS Form 990-PF each year and paying an excise tax on investment income.

Pros:

• Control: Full authority over investments, grantmaking, staffing, and mission. Families can determine how assets are managed, what causes to support, and who is involved in the decision-making.
• Legacy: Designed for long-term, multi-generational involvement. Successors can be named and integrated into the foundation’s governance, creating continuity between your family’s values and future generations.
• Versatility: Foundations support a relatively wide range of charitable activities, including international giving. Private foundations can also run their own programs directly.

Cons:

• Cost and Complexity: High upfront costs and ongoing expenses must be expected in private foundations, as well as legal, accounting, and administrative requirements.
• Regulatory Burden: Annual filings, detailed reporting, and compliance with distribution rules may become burdensome.
• Excise Tax: A 1.39% tax on investment income reduces total funds available for grantmaking. It’s minor, but worth factoring in for long-term planning.

Donor-Advised Funds (DAFs)

A donor-advised fund (DAF) is a great choice for families who aren’t interested in the administrative and managerial responsibilities of a private foundation. A DAF is an account that allows donors to contribute assets and recommend grants, while the fund is ultimately managed by a sponsoring charity (often a financial institution). In other words, the donor retains advisory power, while the sponsor retains control of the fund. 

DAFs are a good fit for families of donors that are looking for simplicity, streamlined recordkeeping (since you don’t need to keep track of every gift acknowledgement), and tax efficiency without losing say in how their contributions could be used. For instance, you could recommend that your donations be used as a source of long-term funding for any IRS-qualified public charity.

Some people enjoy the anonymity that DAFs make possible while donating to causes, but DAFs can also be established in your family’s name. To that end, you can recommend successors to build and maintain a legacy of giving while the sponsoring charity handles all compliance, investments, and distribution. Once a contribution is made to a DAF, you receive an immediate tax deduction.

Pros:

• Immediate Tax Deduction: Contributions are deductible in the year they’re made, even if grants are distributed later. That timing flexibility makes DAFs a useful year-end tax planning tool.
• Low Maintenance: The sponsoring organization manages compliance, accounting, and investments, which means families don’t have to. There’s also no need to form a separate legal entity or file annual tax returns. It’s as close to hassle-free philanthropy as you can get.
• Tax-Free Growth: Assets in a DAF can grow without being taxed, increasing the pool of funds available for future grants.

Cons:

• Limited Control: As a donor, you only have advisory power over a DAF. Final decision power rests with the sponsoring charity. Typically, donor recommendations are approved, but there’s no legal guarantee.
• No Mandatory Payout: Unlike private foundations, there’s no minimum annual distribution requirement. Funds can sit idle for years unless the donor takes initiative. This makes it easier to delay or avoid actual charitable activity.

LLCs Used for Philanthropic Purposes

Unlike foundations and DAFs, LLCs that are used for philanthropic purposes are not tax-exempt entities. They’re for-profit limited liability structures that some families and high-net-worth individuals use to pursue their goals, like grantmaking, political advocacy, and impact investing, without the constraints of traditional nonprofits. While sometimes informally referred to as “charitable LLCs,” this is a bit misleading—these entities aren’t charities in a legal or tax-exempt sense. What distinguishes them is their ability to blend financial returns with social goals in one flexible platform.

The primary appeal is control and range. LLCs can make grants to nonprofits, fund political campaigns, lobby lawmakers, and make equity investments—all under the same structure. These activities are more constrained under a 501(c)(3) foundation. As such, LLCs are often used by high-net-worth individuals or families who want to engage in more nontraditional and flexible forms of philanthropy.

But this flexibility comes at a tax cost. LLCs are typically taxed as “pass-through” entities, meaning any income the LLC generates is passed directly to owners, shareholders, or investors and reported on the members’ personal tax returns, regardless of whether that income is actually distributed. Likewise, LLCs don’t offer the same upfront tax deductions as the other models. Deductions would only apply if the LLC itself donated to a qualifying charity, not if a contribution was made to the LLC.

Pros:

• Flexibility: LLCs aren’t bound by nonprofit restrictions and can engage in lobbying, for-profit investing, and political giving. That makes them a powerful tool for donors who want to influence systems to address philanthropic and business concerns.
• Control: Owners retain full operational control without oversight from a board or nonprofit regulator.
• Privacy: LLCs don’t have to file public disclosures like Form 990. Salaries, grants, and investments can be kept private, which may appeal to families who value privacy.
• Tax Strategy: While not tax-exempt, LLCs offer flexibility in how losses and gains are handled. Impact investment losses can be used to offset other income, while profits can be recycled into future projects.

Cons:

• No Upfront Tax Deduction: Donors only receive deductions when the LLC gives to a qualifying 501(c)(3), which adds a step and limits immediate tax benefits. This may be a concern for families with near-term planning needs.
• Tax Exposure: Income from the LLC flows through to members and is taxable, even if it isn’t distributed. That means donors could face tax bills on earnings they don’t actually receive.

Choosing the Right Structure

There’s no “best” charitable vehicle—it depends on your family’s goals, tax situation, and appetite for control and complexity. Private foundations are ideal for families who want to be hands-on, create a lasting legacy, and directly shape how charitable funds are used, but they do require significant administrative work and costs. Donor-advised funds are streamlined, cost-effective, and tax-efficient, but they offer less control and may require donor initiative to maximize charitable outcomes. LLCs offer maximum flexibility and privacy, but they don’t provide the same tax benefits and require more coordination to be effective.

Families often combine structures to meet their needs. For instance, a DAF can support regular grantmaking with minimal effort, while an LLC can handle impact investing or other activities that a traditional nonprofit can’t. As your charitable vision grows or as your interests shift, the vehicles you use can shift too.

About the Author

Bo Parfet is Head of Growth at DLP Capital, a 5+ billion-dollar company, and a 3X author, speaker, and mountaineer. He received his MBA from the Kellogg School of Management at Northwestern and a Master’s Degree in Economics from the University of Michigan. Among his mountaineering adventures, he’s climbed the Seven Summits and K2, and is embarking on an endeavor to ski down Mount Everest to raise money to bring eyesight to 100,000 blind people. He lives with his wife and two sons in Boulder, CO. You can find him on other social media platforms @boparfet.

Disclaimer: Statements are those of Bo Parfet only and are not guaranteed, nor should such statements be relied upon. Forward-looking statements are expressions and beliefs of Bo Parfet and should not be relied upon.

Past performance is not a guarantee or indicator of future results. The information provided is for informational purposes only and does not constitute a recommendation, an offer to sell, or a solicitation to buy. Investment decisions should be made based on your individual financial situation and objectives. Please consult your attorney, tax advisor, or financial professional before making any investment.

The post Charitable Vehicles for Families: Foundations, Funds, and LLCs appeared first on Green Prophet.

Choosing the right air operated double diaphragm pump for your needs can make a big difference in the success of your operation. Knowing what features to look for helps you find a pump that meets your specific requirements and works well with different types of fluids and conditions.

There are many models and suppliers available, so looking at an online supplier of wilden air operated double diaphram pumps allows you to compare different options more easily. Understanding the basics will help you make a confident decision as you shop for the best pump for your job.

Pump Material Compatibility with Fluids

You need to match the pump materials with the fluids you plan to move. Different fluids can cause wear, corrosion, or chemical reactions if the wrong materials are used. Always check the fluid’s temperature, abrasiveness, and chemical makeup before choosing a pump.

Metals like stainless steel may be better for some chemicals, while plastics like polypropylene work well with others. Diaphragm and seal materials also vary, so check what’s most compatible with your liquids.

Choosing the right materials helps your pump last longer and work better. This step prevents leaks, breakdowns, and unnecessary repair costs. Always check chemical compatibility charts and consult with a professional if you have any doubts.

Diaphragm Durability and Wear Resistance

When looking at air-operated double-diaphragm pumps, it is important to check how long the diaphragm will last. A durable diaphragm helps reduce the need for frequent repairs and unexpected downtime.

Diaphragms can wear out from repeated movement, chemical exposure, or abrasive materials in the fluid. Choose materials that handle your fluid’s temperature, chemical makeup, and any gritty particles.

Common diaphragm materials include rubber, Teflon, and other flexible plastics. Each one has different levels of resistance to chemicals and wear. If you use the wrong material, it may fail quickly, leading to leaks or pump breakdowns.

Checking the design and thickness of the diaphragm can also help. Thicker or reinforced diaphragms often last longer in tough applications. Always match the diaphragm type to your specific job to get the best life and performance from your pump.

Air Valve Efficiency and Design

When choosing an air operated double diaphragm pump, you should pay close attention to the air valve. The air valve controls how air is directed through the pump, affecting its energy use and how smoothly it runs.

A well-designed air valve helps the pump cycle efficiently. This means fewer slowdowns or stalls during operation. Pumps with smooth-shifting air valves also tend to need less maintenance over time.

Look for air valves made of durable materials. This helps in longer wear, especially when the pump is used in tough environments.

Check if the air valve allows easy access for cleaning or replacement. User-friendly designs let you fix problems quickly, which reduces downtime.

The size and configuration of the air valve should match your application. Adjustable or self-lubricating valves can give you better control and smoother performance.

Flow Rate and Pressure Capacity

When choosing an air-operated double-diaphragm pump, you should pay close attention to flow rate and pressure capacity. These two factors tell you how much fluid the pump can move and at what force.

Check the maximum flow rate, usually measured in gallons per minute (GPM). Pick a pump that meets your system’s needs without being too small or too large for the job.

Look at the pressure capacity as well. You want a pump that can handle the highest pressure needed for your application. Too little pressure means your pump may not move fluid efficiently.

Flow rate and pressure are often linked. Increasing the air supply can boost both, but it is important not to exceed what your setup can handle. Adjust the air supply for consistent output when needed.

Checking these features helps make sure the pump works properly and matches your requirements.

Ability to Handle Abrasive and Viscous Fluids

When you choose an air operated double diaphragm pump, it is important to check how well it can move abrasive and thick fluids. Some pumps are made with tough parts that resist wear when handling grit, slurries, or other rough materials.

Look for pumps with diaphragms and valves made from strong materials. This helps prevent damage and keeps the pump working for longer periods.

A good pump should also handle fluids with high viscosity without getting clogged or slowing down too much. This is useful for industries that work with heavy oils, pastes, or sludges.

You want a pump that can keep its performance steady, even as it moves thick or grainy fluids. By looking for these features, you can help reduce maintenance needs and keep your system running smoothly.

Ease of Maintenance and Repair

When choosing an air-operated double-diaphragm pump, look for designs that make routine care simple. Pumps with fewer moving parts are usually easier to clean and take apart for inspection.

Check if the pump allows easy access to key parts, like diaphragms and valves. This helps you spot wear or damage early and replace parts without a lot of effort.

Some pumps use standard repair kits. Using these kits can make repairs quicker and reduce downtime. Clear instructions from the manufacturer also help you carry out maintenance without confusion.

Pay attention to how much air or fluid is leaking during use. Excess leaks can indicate parts that need attention. Regular checks keep your pump working well and can prevent surprise breakdowns.

Conclusion

When selecting an air-operated double-diaphragm pump, focus on features like material compatibility, flow rate range, and ease of maintenance.

Check for design elements that allow for simple cleaning and fast part replacement.

Review the pump’s ability to handle dry running, solid content, and various fluid viscosities.

You improve the safety and efficiency of your system by matching the pump’s features to your application’s needs.

The post What Features to Check for the Best Air Operated Double Diaphragm Pump? Top 6 Important Qualities to Consider appeared first on Green Prophet.

In a dramatic reversal, President Donald Trump has lifted a federal stop-work order on the $5 billion Empire Wind project off the coast of New York, reigniting one of America’s most ambitious offshore wind energy developments. The move comes just weeks after the Department of the Interior froze the project, citing concerns about marine life from a National Oceanic and Atmospheric Administration (NOAA) report.

Equinor, the Norwegian energy firm behind Empire Wind, confirmed construction will now resume. With 30 percent of the offshore infrastructure already in place and weekly suspension costs exceeding $50 million, the restart comes as a lifeline—not just for the company, but for New York’s clean energy goals.

Governor Kathy Hochul praised the decision, noting it will immediately restore roughly 1,500 union jobs.

“I want to thank President Trump for his willingness to work with me to save the 1,500 good paying union jobs that were on the line and helping get this essential project back on track,” she said in a statement.

Related: Trump aims to make Gaza the new Riviera

Equinor CEO Anders Opedal echoed the sentiment, calling the decision a victory for both workers and long-term U.S. energy investment.

“This solution saves thousands of American jobs and provides for continued investments in energy infrastructure in the U.S.,” said Opedal.

Offshore Wind at a Crossroads

The resurrection of Empire Wind is more than a political gesture—it’s a crucial inflection point for America’s renewable energy transition. The U.S. currently has four major offshore wind farms under construction: Empire Wind, Coastal Virginia Offshore Wind, Sunrise Wind, and Revolution Wind. Together, they represent the core of the Biden-era goal of reaching 30 gigawatts of offshore capacity by 2030.

But that vision has faltered. Soaring costs, regulatory whiplash, and supply chain constraints have slowed development. Many in the energy sector feared that the sudden halt of Empire Wind might signal the unraveling of confidence in offshore projects.

Now, the reboot signals that—at least for now—offshore wind remains a national priority, even under an administration often skeptical of renewables.

A Lesson from the Desert: What Happened to Ivanpah

The Empire Wind revival also reopens another conversation: what happens when green megaprojects collapse? For that, look to Ivanpah, the $2.2 billion solar thermal plant in California’s Mojave Desert that once symbolized the promise of utility-scale renewable power.

Today, Ivanpah is effectively defunct—its towers still standing, but its output and relevance fading into obsolescence. Speaking to Green Prophet in 2024, Moshe Luz, one of Ivanpah’s former lead engineers, described how the project was doomed not by a lack of vision, but by poor policy support, unpredictable regulation, and a technology that was rapidly overtaken by more efficient solar PV systems.

“We built something beautiful and huge, but we didn’t build a future-proof system,” Luz told us. “When support dried up and expectations shifted, the project couldn’t adapt fast enough.”

That collapse serves as a cautionary tale. Empire Wind, and projects like it, depend not only on federal approval but on long-term political and public backing. The stakes aren’t just ecological—they’re economic, cultural, and structural.

What’s Next?
Equinor now faces a race to mitigate delays. The company said it will work closely with regulators and suppliers—including turbine-maker Vestas—to get the timeline back on track. The project, once operational, will generate up to 2 gigawatts of clean electricity—enough to power over a million homes in New York.

But the long-term success of offshore wind in the U.S. hinges on something more elusive than turbines or transmission lines: policy coherence. Inconsistency kills momentum. And unlike Ivanpah, the offshore wind industry still has a chance to deliver on its early promise—if political winds don’t shift again.

For deeper stories on the climate, technology, and energy transitions reshaping our world, follow Green Prophet.

The post Trump Lifts Ban on $5 Billion Empire Wind Project—Why Offshore Wind Is Back, and What We Learned from Ivanpah’s Collapse appeared first on Green Prophet.

On April 28, 2025, Spain and Portugal experienced a massive power outage that disrupted daily life for tens of millions. The blackout, which began around 12:30 p.m., led to halted transportation, communication failures, and significant economic losses. This event has sparked a critical examination of the challenges associated with the integration of renewable energy sources into national power grids.​

According to Spanish Prime Minister Pedro Sánchez, the country experienced a sudden loss of 15 gigawatts of power—approximately 60% of its electricity demand—in just five seconds. This abrupt drop overwhelmed the remaining supply and led to a cascading failure that affected Portugal due to the interconnected nature of their power grids. The blackout was one of the most significant in recent European history, affecting around 60 million people. ​

Investigations and Potential Causes

While the exact cause of the blackout remains under investigation, several factors are being considered:​ Grid Inertia: The lack of inertia in renewable energy systems, particularly solar and wind, may have contributed to the instability. Unlike traditional power plants, renewable sources do not provide the kinetic energy needed to stabilize the grid

Preliminary reports suggest that a series of disconnection events in southwestern Spain, a region rich in solar power, may have triggered the collapse. ​

Authorities have ruled out cyberattacks but are investigating other possibilities, including equipment failures and potential sabotage. ​

Spain’s Prime Minister Sánchez has called for a thorough investigation into the blackout’s causes and emphasized the need for collaboration between the government and private energy firms. He stated, “All the necessary measures will be taken to ensure that this does not happen again.” ​

The Spanish government has convened meetings with major energy operators, including Red Eléctrica and Iberdrola, and announced the creation of a commission to investigate the incident. ​

Implications for Renewable Energy Integration

The blackout has raised concerns about the resilience of power grids heavily reliant on renewable energy. While renewable sources are essential for reducing carbon emissions, their intermittent nature and lack of inertia pose challenges for grid stability.​

Related: Germany powers down its nuclear power plants as Turkey fires up its first

Experts suggest that integrating advanced energy storage systems and enhancing grid infrastructure are crucial steps toward mitigating such risks. Investments in technologies that can provide synthetic inertia and rapid response capabilities are also being considered. ​

As Europe continues its transition toward renewable energy, the Iberian blackout serves as a stark reminder of the importance of grid modernization and resilience. Ensuring a stable and reliable power supply will require a balanced approach that combines renewable energy integration with robust infrastructure and advanced technologies.​

The incident underscores the need for comprehensive planning and investment to support the continent’s ambitious climate goals without compromising energy security.​

Energy resilience at home – what you can do

At the household level, energy storage systems like Tesla’s Powerwall can be game-changers. These units store solar energy and automatically provide backup power during outages. Tesla’s Storm Watch feature even preps the system in advance of predicted grid instability, making homes part of the solution—not the problem.

SolarEdge and Enphase inverters with smart load balancing.

Sonnen batteries, which allow home-to-grid energy sharing in cooperatives.

Heat pumps with built-in thermal storage, now subsidized across much of Europe. When Green Prophet was invited to tour Finland 15 years ago we met some of the leading heat pump companies. It’s normal there.

Clean Tech Companies to Support

There are several clean technology companies working to solve precisely these challenges:

Neoen (France): Developers of large-scale battery storage like the Hornsdale Power Reserve in Australia. Their solutions are designed to provide the kind of grid stability Spain and Portugal lacked during the blackout.

Moixa (UK): A pioneer in smart home batteries and virtual power plant technology, enabling homes to store and share solar energy efficiently.

GridBeyond (Ireland): Uses AI to manage grid demands in real time, helping to smooth out variability in renewables.

CorPower Ocean (Sweden): Developing wave energy as a consistent, grid-friendly complement to wind and solar.

The post Spain and Portugal’s Renewable Energy Blackout: A Wake-Up Call for Europe’s Green Transition​ appeared first on Green Prophet.