Review: Best Solar Generator for RV (30A RV Outlet) – Anker 767 vs ECOFLOW Delta Pro

In this era of profound transformation, we are shifting from a gasoline-dependent society toward a society that embraces sustainability and sustainable living. Renewable energy has moved from the fringes to the mainstream, and today, a lot more people are looking for the optimal backup power solution for their RV, home and leisure events, but more specifically, what’s the best solar generator for an RV? All of the RV power stations in this article have a dedicated 30A RV outlet. As far as I’m concerned, if you truly want to find the best value for your money, and you own an RV, well, you really have to get one with an RV outlet. If you want more quiet RV generators then I recommend reading our buying guide on portable power stations.

In this article I review three excellent options that are all impressive in their own way, but I do have my favorite. It’s easier to make a buying decision when you have fewer choices but luckily for RV owners, the leading brands have become very good at engineering reliable battery power stations. I’m sure you know that solar generators are expensive. Truth is, they’re about 3x to 5x more costly than standard gas inverter generators, but a solar powered generator is superior in every way — except for price.

In 2023, esteemed brands have stepped up to the challenge, offering exceptional power stations, each featuring a dedicated 30A RV outlet – a distinguishing characteristic that sets them apart in an increasingly competitive market.

As we have extensively explored gas generators over the years, it’s been remarkable to witness the portable backup industry’s rapid evolution. Inverter generators have surged in popularity as prices have dropped due to growing competition, while portable power stations and solar backup power have seen extraordinary advancements in innovation.

A Shift Toward Sustainable Energy has Arrived

Manufacturers have ingeniously developed powerful inverters and power stations, focusing on expandable, modular systems that scale to users’ needs. Previous limitations have been surmounted with inverter generators boasting 9000W capacities and parallel operation options, effectively doubling their output to nearly 18,000W. Additionally, solar generators, thanks to pioneering brands like EcoFlow and BLUETTI, now provide sufficient power for homes.

We find ourselves in a peculiar time where innovation is our only viable escape from the predicament created by our reliance on gasoline. Elon Musk’s groundbreaking work in electric vehicles has proven that they can outperform their gas-powered counterparts, and in parallel, the backup power industry has experienced a remarkable shift. Consumers are adopting battery-powered tools, equipment, and portable power at an unprecedented rate, primarily because battery power consistently outshines gas power in virtually every aspect. As we delve into the world of the best solar generators for RVs, let us explore the cutting-edge options that will power our future.

VIDEO OVERVIEW: Anker 767 – Quiet RV Solar Generator (30A Outlet)

The heart of the Anker 767 Powerhouse lies in its high-capacity, 2,048 Wh LiFePO4 (Lithium Iron Phosphate) battery. This advanced technology offers numerous advantages over traditional lead-acid batteries, including enhanced durability, safety, and longevity. Yet, the crowning jewel of the Anker PowerHouse 767 lies in its proprietary GaNPrime technology, catapulting this quiet RV generator to another level of performance. The integration of Gallium Nitride allows the PowerHouse 767 to charge faster, minimize energy loss during usage, and deliver a sustainable energy solution for those on the move.

We delve into all of the details shortly but upon spending time with the Anker 767 Powerhouse I couldn’t help but feel I was a detective uncovering an endless array of clues that only increased my respect for the team of engineers behind this power station/solar generator.

Power Station vs Solar Generator?

Let me clear something up before I get too deep into this article. People often ask, what’s the difference between a portable power station and a solar generator? The truth is, most power stations can be connected to a solar panel instantly making them a solar generator. If a battery power station can be recharged with a solar panel then it’s both a power station that converts to a solar generator as soon as you plug in a solar panel to recharge it.

Solar capabilities are often the deciding factor for many RV enthusiasts, and the Anker 767 does not disappoint. This solar generator can be charged using solar panels, offering a greener alternative for off-grid adventurers and Eco-conscious consumers alike. With the ability to connect up to five 200W solar panels for a total input of 1,000W, the PowerHouse 767 can be fully charged in just two and a half hours of sunlight, a testament to its efficiency.

The Anker PowerHouse 767 is naturally quiet, in fact, power stations are the quietest generators and can be categorized as near-silent. The only sound is a fan that turns on occasionally to cool down the internal components. If you own an RV it’s the perfect choice in terms of power output, and it has a dedicated 30A RV-ready outlet, making it the perfect power station for recreational vehicles without the need for additional adapters. Moreover, it offers multiple AC, DC, and USB outlets, catering to a wide range of devices and appliances, ensuring your every power need is met.

An additional battery option is available for the Anker 767, offering an extra layer of convenience for users who require even more power during their travels. This expansion feature makes it one of the best quiet generators for RVs, as it provides flexibility and the ability to adapt to individual power requirements.

With its exceptional solar capabilities, advanced battery technology, and superior versatility, the Anker 767 PowerHouse has raised the bar for quiet generators. It is an investment that not only delivers reliable power but also fosters a sustainable lifestyle, making it the ideal choice for discerning RV enthusiasts and those seeking a dependable indoor power station.

The Anker 767 is the epitome of intelligent engineering, providing an unparalleled quiet generator experience for RV users. Its innovative features, solar capabilities, and extra battery options make it not only a worthwhile investment but also an essential companion for modern adventurers. This is the quiet generator revolution we’ve all been waiting for.

Best Solar Generators for an RV / 30A Outlet

Review: Anker 767 Powerhouse

Best Quiet Solar Generator for your your RV

FEATURES:

• GaNPrime technology delivers more efficient and long-lasting power solution with 96% efficiency, longer lifespan, and sustainability.
• InfiniPower technology provides a long-lasting power station with a lifespan of over 10 years, featuring EV-class LiFePO4 batteries, industrial-grade electronic components, unibody impact-resistant design, and smart temperature control system.
• Portable design with an innovative suitcase design, extendable EasyTow handle, and large durable wheels for easy transport.
• 2048Wh capacity with a 2400W Rated , capable of powering nearly all essential electronic equipment for days.
• Smart control with the Anker app for real-time input and output visuals, battery health status, recharge reminders, customized recharging speeds, and AC and screen timing periods.
• Recharge the 767 to 100% capacity in as little as 2.5 hours.
• Made from industrial grade components throughout
• Max Solar Power Input: 1000W
• Expansion Battery (Anker 760): Run devices up to 3600W at the same time. Will power almost all home devices and appliances
• Telescoping handle makes it easy to move around
• Runs cooler than the competition by around 30℃ (86°F) thanks to GaNPrime Technology

Overview/ Review

The Anker PowerHouse 767 is not just another power station; it is an embodiment of innovation and reliability, designed to cater to the needs of adventurers and homeowners alike. This marvel of engineering is backed by Anker’s commitment to quality, evident in their proprietary InfiniPower technology. This technology integrates four key features to ensure that the power station lasts over a decade, even with constant use both indoors and outdoors.

At the heart of InfiniPower lies the EV-class LiFePO4 battery, which boasts a remarkable 3,000 full charging cycles – that’s six times the industry average, equating to approximately ten years of everyday use. Complementing this battery longevity are the industrial-grade electronic components that last up to 50,000 hours, outlasting competitors by a factor of six.

InfiniPower: Built with High Quality Components

Boasting a remarkable 10-year lifespan, the PowerHouse 767 incorporates Anker’s proprietary InfiniPower technology. This advanced approach to power management, combined with the use of LiFePO4 batteries, ultra-durable electronic components, and a robust structural design, allows for a lasting and reliable portable power station that can withstand the test of time.

Furthermore, the PowerHouse 767 is equipped with an intelligent temperature control system that actively monitors the device’s temperature up to 100 times per second. This real-time monitoring safeguards against overheating and significantly contributes to the extended lifespan of the unit, ensuring it remains a steadfast companion for over a decade of adventures.

In my opinion, the Anker PowerHouse 767 sets a new benchmark for portable power stations in terms of longevity and durability. Its thoughtful engineering and commitment to quality components make it a wise investment for those seeking a quiet, efficient, and reliable power source for their RV or off-grid escapades. The fact that it’s designed to last over a decade, even with everyday use, is a testament to the exceptional standards upheld by the Anker brand.

Its unibody impact-resistant design makes it drop-proof and shock-proof, ensuring it withstands years of heavy use in homes and outdoor environments. The smart temperature control system, which monitors temperature 100 times per second, prolongs the life of the power station while protecting connected devices.

UPS (uninterruptible power supply)

One aspect that sets the PowerHouse 767 apart is the inclusion of a less common feature, a UPS (uninterruptible power supply) feature, providing a swift 20ms switchover time. This ensures that sensitive equipment, such as CPAP machines, remains protected from power interruptions, giving users peace of mind in knowing their essential devices are safe.

A UPS works by using a battery to store energy when the primary power source is available. When the primary power source fails, the UPS switches to the battery power to keep the equipment running.

The UPS can be used to protect a variety of electrical equipment, including computers, servers, data centers, medical equipment, and other critical systems. The use of a UPS can help to prevent data loss, equipment damage, and other problems that can occur when power is lost unexpectedly.

How to calculate how much power your fridge uses per hour, on average:

• Find out the energy consumption per year. For the Hamilton Beach HBF1770, it uses 435 kWh/per year. That equals 435,000 Watt hours per year
  • Take 435,000 and divide it by the days in a year, which is 365
• This gives you 1192 Watt hours per day
• Then divide 1192 Watt hours per day by 24, the number of hours in a day
  • For this fridge, it equals around 50 average running watts, per hour
  • The Anker 767 can output 2048 Watts per hour, so, divide 2048 by 50W (average watts the fridge uses per hour)
• Finally, you get the total hours = 40.96 hours of running-time

The Anker PowerHouse 767 also features a coveted NEMA TT-30 AC outlet, making it an ideal quiet RV solar generator. This rare 30A RV port caters to a niche audience, further showcasing Anker’s attention to detail and versatility.

The PowerHouse 767 is compatible with the Anker app, a Bluetooth-enabled smart control system that provides real-time input and output visuals, battery health status, recharge reminders, customized recharging speeds, and AC and screen timing periods. These features ensure users have complete control over their power station, optimizing its performance and lifespan.

VIDEO: A Closer Look – Anker 767 Powerhouse

Anker 767 Powerhouse — Pros and Cons:

Anker’s confidence in their product is reflected in their generous 5-year warranty. While it’s true that cheaper power stations are available from lesser-known brands, the longevity and support offered by Anker are invaluable. With their extensive warranty and the likelihood of being around in the years to come, Anker stands out as a reliable choice for consumers seeking peace of mind.

The Anker PowerHouse 767 is available in various packages, such as the 767 + Expansion battery, and solar generator packages that include the 2048Wh GaNPrime PowerHouse and five 200W solar panels.

In the world of power stations and solar generators, Anker has demonstrated its commitment to delivering a product that goes above and beyond expectations. By incorporating industry-leading components, a long-lasting battery, and an unwavering focus on user experience, the Anker Powerhouse 767 has truly set a new standard in portable power solutions.

The Anker 767 is an example of what the best Quiet RV solar generator is capable of. When you look down at the list of features it becomes evident that the engineers were determined to use the best available technology to make a statement to the industry. “Anker is here!” and they’re making big waves.The Anker 757 was the first portable power station from Anker that caught my attention. To be honest, before that, I had no interest or visibility in what Anker was releasing. The 767 Powerhouse is another big step forward, and an excellent option to those who need a well-made power station or solar generator for either their RV or home. When the lights go out you’ll be happy you spent the extra money on the Anker 767. If nothing else, it’ll keep your fridge running as well as your lights.

Update: Potential Problems

The customer in the video below, talks about a problem with the wiring in his Anker 767 but Anker responded immediately and sent him a brand new unit. In addition, there have been problems with a recent firm ware update. I expect these issues will be fixed but as a potential customer, you want to make sure these issues have been resolved before buying an Anker 767. You can also just call Anker (usa: +1 (800) 988 7973) and get the latest update on the situation. This was added on April 24, 2023

The Power of GaN: Unveiling the Anker PowerHouse 767’s Secret

Before we discuss GaNPrime; proprietary technology developed by Anker. In layman terms, we need to understand what the underlying science is. This in itself is a key reason why the Anker Powerhouse 767 is easily one of the best RV solar generators on the market today. The engineers spared no expense in the design. Here are the key points about the use of Gallium Nitride (GaN):

What is GaN? (Gallium Nitride)

Gallium Nitride (GaN) is a highly resilient, wide-bandgap semiconductor. When compared to silicon, it boasts a higher breakdown strength, swifter switching speed, improved thermal conductivity, and lower on-resistance. This impressive combination makes GaN-based power devices outperform their silicon-based counterparts. GaN crystals can be grown on various substrates, such as sapphire, silicon carbide (SiC), and even silicon (Si). By doing so, we can utilize existing silicon manufacturing infrastructure and benefit from readily available large-diameter silicon wafers at a lower cost.

One of the key attributes of GaN is its wide bandgap. In simple terms, a bandgap represents the energy required for electrons to jump from the valence band to the conduction band in a material. Why is this important, you ask? Well, a wider bandgap enables a material to handle higher voltages and temperatures, which translates to improved performance in power stations.

GaN has proven itself to be the displacement technology for silicon semiconductors in applications such as power conversion, RF, and analog. Due to its inherent efficiency, GaN semiconductors waste less energy as heat, resulting in smaller system sizes and reduced material costs. With higher switching frequencies and operational temperatures, GaN allows for lower cooling requirements, enabling compact heat sinks and the conversion from liquid cooling to air cooling. This can result in significant weight, volume, and cost reductions, as well as a decrease in acoustic noise in motor drive applications.

Now, let’s talk about the origins of gallium. Gallium doesn’t naturally exist in its elemental form; it’s usually derived as a by-product of smelting bauxite ore into aluminum and processing sphalerite ore for zinc. This makes its extraction and refinement processes more environmentally friendly. More than 300 tons of gallium are produced annually, and over a million tons are estimated in reserves worldwide. Gallium’s cost is relatively low, at around $560/kg, making it around 112 times cheaper than gold.

High purity refined gallium in 2022 was around 240,000kg, compared to low purity gallium which produced 750,000kg in the same year, with China responsible for 98%of the low-purity. If you invest in the stock market, keep your eye on gallium as the world will need much more of it in the future with the rapid increase of battery powered backup systems. (Source: USGS: National Mineral Information Center)

If GaN is so extraordinary, you might wonder why all power stations don’t use it. Well, there have been challenges in the manufacturing and scaling of GaN-based components. As the technology matures and manufacturing processes improve, it’s likely that GaN will become more prevalent in power stations and other electronics.

So, GaN’s outstanding scientific and chemical properties, coupled with its low-cost and abundant availability, make it a promising material for the future of power stations like the Anker 767. The more we embrace GaN’s potential, the more we can revolutionize the electronics landscape.

GaNPrime and How it Makes the 767 Powerhouse Better than the Competition

As a connoisseur of technology with a penchant for off-the-grid escapades, I’m consistently drawn to groundbreaking innovations that enrich our portable power experiences. One such transformative development that deserves attention is the incorporation of GaN (Gallium Nitride) technology in the Anker PowerHouse 767. Although inconspicuous, this game-changing upgrade is reshaping the portable power station landscape.

The true strength of GaN lies in its capacity to outshine conventional silicon-based materials. By enabling electricity to flow more effectively and with less resistance, GaN technology leads to accelerated charging times and heightened energy efficiency. Unlike the typical 88-91% efficiency offered by other materials, the PowerHouse 767, fortified with GaN tech, boasts an extraordinary charge efficiency of up to 96%. This notable reduction in energy loss empowers users to optimize their battery potential.

Furthermore, GaN technology affords superior thermal management, enhancing safety by reducing operating temperatures and extending the life cycles of the power station’s components. Users can thus revel in a portable power station that excels in size, weight, performance, and reliability, without compromising safety or longevity.

One of the most striking impacts of GaN technology on the PowerHouse 767 is its rapid charging speed. This avant-garde power station can rocket from a 0% to 80% charge in a mere 1.4 hours—an outstanding achievement for a 2048Wh battery. This impressive charging speed is further complemented by the PowerHouse 767’s capacity to charge multiple devices concurrently without relinquishing efficiency.

GaN technology’s significance was acknowledged in 2014 with the Nobel Prize in Physics, attesting to its revolutionary potential in the world of electronics. By embracing this technology, the Anker PowerHouse 767 embodies a new generation of portable power stations, delivering unrivaled performance.

So, when you find yourself admiring the Anker PowerHouse 767, bear in mind that beneath its sleek design and formidable array of features lies a quiet revolution—GaN technology—that’s redefining the portable power solution landscape.

In 2014, GaN technology was awarded the Nobel Prize in Physics, a testament to its revolutionary potential in the realm of electronics. With the adoption of this technology, the Anker PowerHouse 767 represents a new generation of portable power stations that offer unparalleled performance.

So, the next time you find yourself marveling at the Anker PowerHouse 767, remember that behind its sleek design and impressive array of features lies a quiet revolution—GaN technology—that’s making all the difference in the world of portable power solutions.

What can the Anker 767 Run at the same time?

The Anker PowerHouse 767 is a powerful solar generator that can support a multitude of devices typically used in an RV setting. While the actual power requirements for each appliance may vary, let’s imagine a scenario where the PowerHouse 767 is pushed to its maximum output capacity, running various devices simultaneously:

Remember, 2400W is the total power output it gives you:

In this hypothetical scenario, the total power consumption would be around 1955W. However, it’s essential to remember that the PowerHouse 767 has a continuous output capacity of 2400W, leaving you with an additional 445W remaining. It’s important to calculate your power needs so you get the right size portable power station.

• Or, if it’s a hot day and you need to turn on your 10,000 BTU air conditioner it will probably require between 1500W to 2000W (peak watts) just to start, and then to keep running, it will require between 700W to 1000W (rated watts) to run continuously. In other words, you can use the Anker 767 to power your AC if your RV is parked, but make sure nothing else is running off of it when you first star it up, and then you should have about 1400W available for other devices on top of your RV air conditioner.

The Anker PowerHouse 767 provides an a decent amount of power, making it a good choice for a smaller RV.

FACTS: LiFePO4 (Lithium Iron Phosphate) vs. Lithium-ion Batteries

Most people don’t know about the battery type used in their electrical devices but they should, because it makes all the difference in terms of longevity and recharge speed, especially when discussing portable power stations for an RV or your home. I’m going to look at all of the qualities of LiFePO4 (Lithium Iron Phosphate) and Lithium-ion batteries (Li-ion), providing a comprehensive comparison from an chemical standpoint. Key aspects such as energy density, cycle life, safety, thermal stability, and environmental impact are discussed to guide you and expand upon your understanding of these crucial energy storage technologies.

As the world embraces renewable energy and the widespread adoption of portable electronic devices, the importance of efficient, reliable, and environmentally friendly energy storage solutions has never been more paramount. LiFePO4 and Lithium-ion batteries are two leading contenders in the field of energy storage, each exhibiting unique characteristics that make them suitable for different applications. In this manuscript, we will dissect the distinguishing properties of these batteries, providing a foundation for future research and development in the realm of energy storage.

Energy Density

Energy density is a critical factor in determining the suitability of a battery for portable applications. Lithium-ion batteries are known for their high energy density, typically ranging between 150 and 250 Wh/kg. This allows them to store more energy per unit volume or mass, resulting in lighter and more compact devices. In contrast, LiFePO4 batteries exhibit a lower energy density, approximately 90 to 120 Wh/kg. While this may limit their appeal in certain applications, it is important to consider other factors such as cycle life, safety, and stability, as we will explore in the subsequent sections.

Cycle Life

Cycle life refers to the number of charge-discharge cycles a battery can endure before losing a significant portion of its initial capacity. LiFePO4 batteries outshine their Lithium-ion counterparts in this regard, boasting a cycle life of 2,000 to 3,000 cycles compared to the 500 to 1,000 cycles offered by conventional Lithium-ion batteries. This difference in cycle life has significant implications for the overall longevity and cost-effectiveness of the battery, as fewer replacements are needed over time.

Safety and Thermal Stability

Safety is of paramount importance when selecting a battery technology, particularly in high-energy applications. Lithium-ion batteries are more prone to thermal runaway, a dangerous chain reaction that can lead to overheating, fires, or even explosions. This phenomenon is due to their more reactive chemistry and the presence of a flammable liquid electrolyte. Conversely, LiFePO4 batteries exhibit superior thermal stability and chemical inertness, reducing the risk of thermal runaway and enhancing overall safety.

Environmental Impact and Ethical Considerations

In an era of increasing environmental awareness, the ecological footprint of battery technologies must be scrutinized. LiFePO4 batteries offer a more environmentally responsible choice, as they do not contain cobalt, a metal associated with contentious mining practices and environmental degradation. Furthermore, the simpler chemistry of LiFePO4 batteries facilitates a more efficient and eco-friendly recycling process, contributing to a reduced environmental impact over their lifespan.

Performance in Extreme Conditions

LiFePO4 batteries demonstrate exceptional performance in extreme temperatures, particularly in cold conditions. Whereas Lithium-ion batteries may begin to experience performance issues below 0°C (32°F), LiFePO4 batteries maintain consistent capacity and discharge rates down to -20°C (-4°F), making them a more suitable choice for applications in harsh environments.

Both LiFePO4 and Lithium-ion batteries present unique advantages and challenges, and the choice between them depends on the specific requirements of the application. While Lithium-ion batteries may be preferred for their high energy density and lower initial cost, LiFePO4 batteries offer superior cycle life, safety, thermal stability, and environmental performance.

Double your Power with the Extra Battery Kit

For those in search of a flexibility, the Anker PowerHouse 767 Power Station and 760 Expansion Battery Bundle is designed for people who want their backup power to scale with their needs. Offering a combined capacity of 4096Wh, this dynamic duo ensures that you have ample power to support your off-grid adventures or RV excursions, allowing you to enjoy all the comforts of home while venturing into the great outdoors.

What makes this bundle particularly enticing is the exclusive nature of the 760 Expansion Battery. Currently, it is not sold separately, making this package an unbeatable value for anyone looking to maximize their portable power capabilities. The 760 Expansion Battery seamlessly integrates with the PowerHouse 767, essentially doubling its already impressive power output.

The integration of the expansion battery allows users to power even more devices simultaneously, significantly extending the runtime of high-draw appliances and gadgets. This added flexibility provides peace of mind, knowing that you have a reliable and robust power source to meet your every need during your travels.

In essence, the Anker PowerHouse 767 Power Station and 760 Expansion Battery Bundle is an extraordinary offering that provides unparalleled power capacity and versatility. For those who crave adventure without compromising on convenience, this exclusive package ensures that you can venture into the unknown with confidence, backed by a reliable and high-performing power solution that stands the test of time.

Editors’ Pick: Best Quiet RV Solar Generator

Review: EcoFlow Delta Pro

Has a built-in RV 30A outlet / Can be charged in 1.8 hours with an AC outlet or 1.7 hours with an EV charger

FEATURES:

Overview—

Let me reveal my bias and let you know that the EcoFlow Delta Pro has been my top recommendation for the best portable power station since it was released but the Anker 767 has certainly forced me to challenge my position. They are both equally as good in their own unique way. If you own an RV then what you choose will depend on your specific needs. You can close your eyes and flip a coin to choose, it won’t matter, because either way you’ll get an exceptionally quiet RV solar generator.

Beyond those with an RV, these are two of the best portable power stations for a variety of applications, such as, for using indoors, for your CPAP, food truck, or for your home solar backup power system. Basically, pick any use case and voila! — the Delta Pro is the perfect solution. We already have an indepth review of the Delta Pro so we didn’t feel that it was necessary to repeat our dedicated review.

RV owners often have unique requirements when it comes to power supply, and the Delta Pro meets these requirements with ease. The EcoFlow Delta Pro can power essential RV appliances, such as air conditioning units, refrigerators, and lighting systems, while still leaving plenty of power for additional needs. This is crucial for anyone who enjoys the RV life, as it allows them to travel with peace of mind, knowing that they have a reliable source of power at their disposal.

EcoFlow, the Company

EcoFlow is a portable power solutions company that was founded in 2017 by entrepreneur and tech enthusiast, Eli Harris. Harris’ vision was to create an affordable and versatile power source that could be used in any situation. In the short time since its inception, EcoFlow has made great strides in the industry and has become one of the top portable power solution providers in the market.

Like any successful business, EcoFlow has had its fair share of setbacks. In 2019, the company experienced a major supply chain disruption due to the U.S.-China trade war, which resulted in a shortage of lithium-ion batteries. However, EcoFlow was quick to adapt and was able to source batteries from other suppliers to continue production.

Despite this setback, EcoFlow has continued to grow and expand its operations. The company is headquartered in Los Angeles, California, and has a strong global presence with offices and distribution centers in China, Europe, and Australia. Today, EcoFlow is a multi-million dollar company with a team of over 300 employees and a mission to provide clean and reliable power solutions for everyone.

VIDEO Review: How Good is the Delta Pro for your RV

Human Centered Engineering

Now, let’s talk about the Delta Pro, EcoFlow’s flagship portable power station. The Delta Pro is a versatile and powerful device that is designed to meet the needs of RV owners and outdoor enthusiasts. With a massive 3600Wh capacity, the Delta Pro can power multiple devices simultaneously, including air conditioners, refrigerators, and even power tools.

In real terms, EcoFlow is a company with a big vision and the talent to bring their ideas to fruition. The Delta Pro is just one product in their lineup but it’s representative of the thoughtful engineering that goes into every single product. If you’re looking for a quiet RV solar generator with a dedicated 30A outlet, well, the Delta Pro is the answer to your RV power needs. It’s fully capable of providing secure and dependable power no matter what you’re powering, and it can scale to your power demands.

There are so many aspects of the Delta Pro that make it standout from its competitors, but ultimately, it comes down to EcoFlow’s proprietary technology and ecosystem. Here’s many of their key features condensed so you can see how much technology is packed into this device:

The EcoFlow Delta Pro is an innovative solar generator that provides unmatched power and versatility, making it the best in its class.

Let’s start with the charging speed. The DELTA Pro can be fully recharged in just 1.7 hours at an EV charging station, thanks to its unique fast-charging capability. It can also be recharged in 1.9 hours with dual AC + solar charging, 1.8 hours from an AC outlet, or 3.5 hours using solar power. With the DELTA Pro, you’ll never have to worry about running out of power in the middle of your activities.

But it’s not just about speed. The DELTA Pro’s brand-new LFP battery with 6500 cycles means that you can use it for years and years before its capacity reaches 50% of the original level. EcoFlow’s battery management system provides real-time analysis and regulation of voltage, current, and temperature, ensuring that your DELTA Pro is both safe and efficient.

With its 3600W AC output, the DELTA Pro can power 99.99% of heavy-duty devices, making it perfect for both indoor and outdoor use. And if that’s not enough, the X-Boost technology can expand the output up to 4500W, or even up to 7200W when two units are paired together with the Double Voltage Hub. You can even charge your EV on the go, making the DELTA Pro the ultimate freedom machine.

Versatile Power Station for your RV or Home: Expand up to 25,000Wh

The DELTA Pro is not just a powerful and reliable power source. It’s also easy to use, thanks to the EcoFlow app and control from anywhere with a Wi-Fi connection. The four fans auto-regulate to provide extra cooling, and the two-way inverter built-in means a sleek, lightweight charging cable without the brick you’re used to. The extra battery port serves as a way to connect an extra battery or even the Smart Generator to your DELTA Pro, while the unique infinity port combines both AC input and output into one for even simpler setup.

And let’s not forget about the practicality of the DELTA Pro. It can be used as a whole-home backup power solution, providing up to 7200W output power and a whopping 21.6kWh capacity for security and comfort. It’s also compatible with 90% of portable solar panels and can integrate with your home using the Smart Home Panel, making it an affordable and sustainable solution for off-grid living.

In conclusion, the DELTA Pro from EcoFlow is not just another portable power station. It’s a game-changer that delivers reliable, fast, and versatile power wherever and whenever you need it. Its innovative features and technology make it the best in its class, and its practicality and ease of use make it a must-have for anyone who values independence, freedom, and sustainability.

Pros of the EcoFlow Delta Pro:

•  High capacity of 3600Wh and a maximum output of 4500W with X-Boost, making it suitable for powering appliances and tools in RVs and other off-grid applications.
• Expandable battery options and modular backup system that can be customized to the user’s needs.
• Impressive 6500 life cycles ensures a long life
• Easy to recharge using solar panels, AC wall outlet, or car charger, with a recharge time of under 2.5 hours when connected to solar panels.
• Portable, compact, and lightweight design for easy transport and storage.
• Durable and reliable, with a long lifespan and excellent performance.

Cons of the EcoFlow Delta Pro:

•     Expensive compared to other portable power stations, may not be suitable for those on a tight budget.
•     Solar panel input requires a specific adapter, which can be inconvenient for some users.

In summary, the EcoFlow Delta Pro is an excellent choice for RV owners in need of a powerful and reliable source of electricity on the go. Its high capacity, expandable battery options, and fast recharge time make it a versatile option that can be customized to fit the user’s specific needs. However, it’s important to note that it may not be the most affordable option for everyone, and the setup process for the backup system may require some technical expertise.

MPPT Controllers

All the RV solar generators in this article have MPPT controllers, but what are they? Are they necessary?

MPPT controllers are the superheroes of solar energy systems, maximizing the efficiency of your solar power station like a boss. These intelligent devices are specifically designed to optimize energy conversion from solar panels to battery storage, making them the linchpin of any solar power system worth its salt.

Understanding MPPT Controllers

In the vast landscape of sustainable energy, MPPT controllers play a pivotal role in optimizing the conversion of sunlight into electricity. Their expertise lies in identifying the Maximum Power Point (MPP) of a photovoltaic (PV) array, where the power output—product of voltage and current—is maximized. This process is akin to finding the perfect tuning for a musical instrument, ensuring the solar generator’s performance is nothing short of a masterpiece.

A Look Inside the MPPT Algorithm Toolbox

The MPPT controller employs various algorithms to locate the elusive MPP, each with its unique approach:

Perturb and Observe (P&O): The P&O method tinkers with the PV array’s operating voltage, carefully observing the resulting power output. Think of it as a cautious explorer, testing the waters before choosing the best course of action. If the power output increases, the algorithm continues in the same direction; if it decreases, the controller changes its tack.

Incremental Conductance (INC): The INC method is all about balance. It calculates the instantaneous conductance of the PV array and compares it with the incremental conductance. When these two values match, the MPP has been reached. While more accurate than the P&O method, the INC requires a higher level of computational finesse.

Constant Voltage (CV): Sometimes, simplicity is key. The CV method assumes the MPP voltage remains constant under varying conditions. Though less accurate than its counterparts, the CV method still holds its ground in low-cost applications.

The MPPT Advantage

When compared to traditional pulse-width modulation (PWM) controllers, MPPT controllers offer a plethora of benefits:

The Future of MPPT Technology

As we peer into the crystal ball of MPPT advancements, several exciting developments are on the horizon:

MPPT controllers are the unsung heroes of solar energy systems, optimizing and revolutionizing the way we harness the sun’s power. It would be wise to choose an RV solar generator or home backup power system that has the ability to extract the maximum energy from the sun in any given moment. This will ensure you are getting the fastest recharge time possible, and for the extra cost, I think it’s well worth it.

Anker 767 Powerhouse vs EcoFlow Delta Pro

Anker 767:

• Strengths:
  • Capacity of 2048Wh, suitable for medium energy demands
  • GaN technology, providing efficient energy conversion and reduced heat generation
  • Lightweight at 67 lbs (30.4 kg), making it portable and easy to maneuver
  • Telescoping handle for added convenience and portability
  • 2 hours AC recharge time
• Weaknesses:
  • Limited expandability options compared to the ECOFLOW Delta Pro
  • Less suitable for heavy-duty energy requirements
  • Slower solar recharge speed compared to the Delta Pro
• Unique features:
  • GaN technology for enhanced energy efficiency
  • Telescoping handle for improved portability
• Target market: RV travelers, campers, and off-grid enthusiasts with moderate power requirements

ECOFLOW Delta Pro:

• Strengths:
  • Larger capacity of 3600Wh, catering to higher energy demands
  • Highly expandable system, with the capability to expand up to 25,000Wh for whole-house power
  • Multiple input options, including solar, car, AC, and EV charging
  • EcoFlow’s proprietary technology for seamless system integration
  • 1.8 hours AC recharge time
  • Faster solar recharge speed
• Weaknesses:
  • Heavier, weighing 99 lbs (44.9 kg), which may affect portability
• Unique features:
  • First power station to be rechargeable using an EV charger
  • Highly expandable with EcoFlow’s additional accessories and options

Target market: RV enthusiasts with higher energy needs, homeowners seeking a versatile and expandable backup power system, and small businesses

Review: BLUETTI AC200MAX

Best RV Solar Power Station: Winner of 2022 IF Design Award

In 2022, the AC200MAX was the winner of the iF Design Award in the category of “Building Technology.”

Features:

OVERVIEW:

Within the past six months I embarked on an off-grid adventure, with my wife, as we hit the road in our trusty RV. I made it a goal to put the BLUETTI AC200MAX through its paces. I have a strange fascination with battery technology, and solar generators are one of the most practical devices money can buy. Me and my family typically hit the road with our RV every year, so it’s been nice having a solar generator instead of the toxic gas generators we have used for so many years.

Finally, solar RV generators are powerful enough to keep everything running, and the prices have been dropping Unfortunately, they’re still 3x to 5x more expensive than an inverter generator, so if your goal is to save money you might want to consider a dual-fuel inverter type generator. Stay away from traditional gas models as they’re far too loud to be useful.

The AC200MAX is a true jack-of-all-trades. With its 30A RV outlet and wide range of USB and 12V DC ports, I was able to charge all of my gadgets in one fell swoop. Whether it was powering up my drone, camera, or smartphone, the AC200MAX had me covered. I even had the pleasure of doing all of this while taking in the breathtaking views of Yosemite National Park. I felt like a master multitasker!

VIDEO: Indepth Look at the AC200MAX by BLUETTI

A salient feature of the AC200MAX is its dual charging capability. Combining solar input with AC power, I was able to replenish the unit in under two hours – a feat that left me feeling rather smug, as fellow campers gawked at the rapid turnaround. As they say, time is of the essence, and with the AC200MAX, I had ample time to enjoy my surroundings, unencumbered by the chore of recharging.

One of the AC200MAX’s standout features is its ability to charge in record time. With both solar input and AC power at my disposal, I was able to top off the unit in under two hours. I have to admit, I felt pretty darn proud as I watched other campers struggle with their slower charging methods. With the AC200MAX, I had all the time in the world to relax and take in the scenery without worrying about running out of juice. After all, time is precious, and the AC200MAX gave me plenty of it.

Moving the AC200MAX’from inside the RV to a protected spot outside was annoying the few times I decided to do that. It’s a chore in every possible way but manageable if you don’t intend to move it far from your RV. If you’re elderly, this is probably going to be too heavy for you. The last thing you need is a sore back. Stick with the Delta Pro or Anker 767, the two best quiet RV generators for the money.

I was quite disappointed in BLUETTI’s warranty, a mere 48 months, pales in comparison to its competitors, leaving one to ponder the company’s faith in its own product. The 30-day return policy is fair but when you have to pay to return it, I lose trust in the brand. Sorry, but that’s just the way I look at it. It’s just one more signal that tells me the people at BLUETTI don’t really stand behind the AC200MAX. Return shipping costs is a bitter pill to swallow. As for Amazon orders, I’m hoping they cover the return costs, but I can’t tell you for certain.

The AC200MAX is no slouch when it comes to power and versatility. However, it doesn’t quite hold a candle to the crème de la crème, the EcoFlow Delta Pro and the Anker 767. The missing wheels and shorter warranty period cast a shadow over an otherwise formidable solar generator.

In summation, my off-grid escapade with the BLUETTI AC200MAX was a veritable rollercoaster – exhilarating highs and befuddling lows. This solar generator, while competent and versatile, falls just shy of greatness. As you venture forth into the realm of renewable energy, weigh the pros and cons with a discerning eye, and choose wisely. Sometimes it’s the little things that brands overlook and they don’t realize how important they are to their customers.

One of the best RV solar generators with a built-in TT-30 Outlet / 30A RV Outlet

Pros and Cons of the BLUETTI AC200MAX

Pros:

• High capacity of 2048Wh and a maximum output of 2200W.
• Expandable battery options for increased capacity.
• Wireless charging pad for convenient charging of compatible devices.
• Pass-through charging allows for charging of the device while simultaneously using it to power appliances.
• Versatile: 30A RV outlet, multiple USB and 12V DC ports / Plenty of outlets
• Dual charging: Rapid charging using solar and AC input / Maximum 1400w Dual-Charging or 900W Max Solar
• Large battery capacity: 2,048Wh LiFePO4
• Long cycle life: 3,500+ cycles to 80% original capacity
• MPPT solar charge controller: Efficient solar charging
• Pass-through charging: Charge while in use
• Expandable: Connect up to 2 x B230 or 2 x B300 for more capacity

Cons:

• No wheels: Difficult to move at 61.9 lbs
• Short warranty: 48 months compared to competitors
• You pay to return if you don’t like it: 30-day return policy with shipping fees
• Not the top choice: Outperformed by EcoFlow Delta Pro and Anker 767

Improvements:

• Improve the solar charging capability for use in low light or cloudy conditions.
• Consider adding 240V split phase bonding for those who require it.
• Lower the cost to make it more competitive with similar models.

30A RV Outlets: A Guide for the Modern RV Owner

The world of portable, sustainable power is continuously evolving, and as an RV owner, it is essential to understand the available options to make the most of this technology. The 30A RV outlet is a critical component of the RV power system, and this comprehensive guide will delve into the complexities surrounding it. As an educator and expert in the fields of mechanical and chemical engineering, I will address the nuances of the 30A RV outlet, its significance for modern RV owners, and how to harness its potential in conjunction with solar generators and power stations.

Understanding 30A RV Outlets and Their Varieties 30A RV outlets are specially designed connectors that facilitate the transfer of electricity from an external power source to your RV. Typically, RVs are equipped with either a 30A or 50A power inlet, which allows you to plug into power sources at campgrounds or use portable generators and power stations.

There are two primary types of 30A RV outlets: the NEMA TT-30R and the NEMA L5-30R. The TT-30R is a three-pronged, 120V receptacle commonly found at campgrounds and RV parks, while the L5-30R is a three-pronged, 120V twist-lock receptacle typically used with portable generators and power stations. It is essential to know which type of outlet your RV requires and ensure compatibility with the power source you intend to use.

Harnessing the Power of 30A RV Outlets As previously discussed, a 30A RV outlet has a maximum power capacity of 3600W at 120V. This power capacity determines the extent to which you can efficiently operate appliances and devices in your RV. However, the actual power available to your RV depends on the output of the solar generator or power station you choose.

Selecting a solar generator or power station with a dedicated 30A RV outlet, such as the Ecoflow Delta Pro, which boasts a 3600W power rating, allows you to maximize the potential of the 30A RV outlet. By connecting the Ecoflow Delta Pro to your RV, you can fully utilize the 3600W capacity, supplying ample power for your appliances and devices without overloading your electrical system.

Navigating the Challenges of RV Power Systems RV owners must recognize the potential issues that can arise when connecting a solar generator to a 30A RV outlet. Overloading the electrical system can lead to damage and unsafe conditions. Understanding the limitations of a 30A RV outlet and selecting a solar generator with the appropriate power output is crucial for safe and efficient operation.

Additionally, RV owners should be aware of the availability of power sources at campgrounds and RV parks. Many of these facilities offer power connections, allowing you to plug your RV directly into their electrical system. When choosing a campground or RV park, ensure that they provide compatible power connections for your RV’s electrical system.

Embracing the Future of Sustainable, Portable Power As the industry of portable, sustainable power grows and battery technologies advance, RV owners can expect a plethora of options for harnessing renewable energy sources. By understanding the intricacies of 30A RV outlets and their compatibility with solar generators and power stations, you can make informed decisions to optimize your RV experience.

By comprehensively examining the nuances of 30A RV outlets and their role in modern RV power systems, you can make informed decisions as an RV owner.

How to Decide on the Right RV Solar Generator in 2023

When it comes to selecting the best solar generator for your RV adventures, there are several key factors to consider. As we’ve discussed throughout this comprehensive guide, we have examined three exceptional options: the Anker 767 Powerhouse, ECOFLOW Delta Pro, and Bluetti AC300Max. Each of these solar generators offers unique features tailored to different user requirements, and all are equipped with a rare and desirable 30A RV outlet.

Before making a decision, it’s important to assess your individual needs in terms of energy capacity, expandability, and portability. The Anker 767 Powerhouse boasts its lightweight design and GaN technology for increased efficiency, making it a suitable choice for those with moderate power needs. On the other hand, the ECOFLOW Delta Pro offers superior expandability and flexibility, accommodating users with more demanding energy requirements or those looking for a future-proof solution. Meanwhile, the Bluetti AC300Max finds a balance between power capacity and adaptability, catering to a wider range of users.

As you shop for the perfect solar generator, keep in mind not only your current power demands but also your future plans, such as expanding your RV setup or investing in more power-hungry appliances. Remember to weigh up the solar recharge speeds, charging input options, and any additional features that may enhance your overall experience.

Ultimately, the journey to finding the best solar generator for your RV should be an engaging and enjoyable experience. By carefully considering your needs, examining the top contenders, and making an informed decision, you can embrace the world of eco-friendly, portable power and enhance your RV adventures for years to come.