ETaker’s M2000 Power Station is lighter, quieter, and more versatile than its competitors
Renewable energy solutions specialist ETaker has introduced its new M2000 Power Station – a modular, versatile portable energy provider that uses cutting edge technology like semi-solid-state batteries and Gallium Nitride to deliver all your power needs more efficiently. For a limited time you can get the M2000 Power Station for early bird launch price of $1099 before it increases to its $2199 retail price. Head below for a closer look.
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ETaker joins the market with a winning flagship product
ETaker may be a new name on the portable power station scene, but the company is deeply rooted in green technologies, particularly solar energy.
To date, the ETaker has achieved 45 invention patents and 25 design patents, earning 13 different accolades around the globe, including a prestigious 2023 Red Dot Design Award, as well as an International Design Excellence award.
The company was built upon the goal of providing the world with more renewable energy solutions to help alleviate the dependency on traditional power sources, like local grids.
To achieve this goal, ETaker has researched and developed cutting-edge industry technologies to not only deliver leading system performance, but also expand renewable energy usage throughout the green community.
Much of that technology is on display in ETaker’s flagship power station, the M2000. Complete with quiet, durable, and energy dense technology, this renewable energy solution is designed for support anywhere and everywhere – from power on the go, to home backup storage, and beyond.
Introducing the M2000 Power Station from ETaker
The M2000 recently made its debut as ETaker’s first energy storage product and the company came out swinging with this one. It’s smaller, lighter, and more versatile than many of the competitors it will go up against in the marker and ETaker has accessories in the pipeline to further set itself apart in providing renewable energy solutions.
For example, ETaker states it is the first company to use GaN (Gallium Nitride) in a solar generator. GaN is a new semiconductor material that offers several advantages over traditional silicon materials, offering better efficiency at higher power and frequencies, all in a smaller footprint.
The result is up to 96% inverting efficiency and 50% less heat dissipation in a power station that is 30% smaller, yet even more powerful. That power comes from a second key factor in the M2000’s performance – ETaker’s semi-solid-state lithium-ion batteries.
Each power station delivers 2 kWh of energy storage, with the modular capability to combine up to ten units for a whopping 20 kWh. At dimensions of 11.22 x 8.5 x 4 inches (25.8 x 21.6 x 35.5 cm) and a total weight of 37.5 pounds (17 kg) this power station offers the same capacity as many of its competitors, but in a smaller, lighter, and more energy dense (30-50% higher) package.
As a result, ETaker has declared the M2000 as the smallest and lightest 2 kWh power station in the world. There’s plenty more to unfold here, so let’s dig into the M2000’s specs.
Performance specs
In addition to combining 10 units for 20 kWh of power capacity, the M2000 can also deliver up to 16 kWh of AC power output. Furthermore, its simultaneous usage functions and support of 120V and 240V devices meets nearly all portable power needs in any scenario – whether its powering a home office off the grid, or providing home backup power during a weather emergency. Here’s all the plugs available:
With an interface complete with various inputs and dependable power to boot, the M2000 supports EV charging up to 500W and photovoltaic fast charging up to 1kW, meaning whether your gas car needs a jump, or your EV needs a top off, this power station has you covered. Trying to charge at night? No problem, the system doubles as an emergency light to illuminate your surroundings.
Thanks to its lighter weight, it is also much easier for a single person to transport and deploy a number of ETaker power stations in a given situation, compared to conventional large-scale power solutions – especially when getting the power back on is of the essence.
While the M2000’s GaN technology already offers lower heat generation, ETaker’s power station is further cooled by fans and a body made from six-series alloy material (the highest grade available to civilians) that passively helps cool the device.
Even when temperatures drop, the ETaker Power Station can continue to function as normal, charging and discharging in conditions as low as -22℉. Such exterior protection also provides the M2000 with an IP63 resistance rating from water and dust that can better withstand damage due to bumps or falls.
In addition to being extra durable, the M2000’s exterior shell and GaN technology provide less working noise – 60% lower than similar products according to ETaker. The company states the M2000 will operate at nearly 0 decibels when the power station is working within 1,000-watts. Even at higher power levels, noise remains 50% lower than its competitors – ideal for RVs and enclosed spaces where noise pollution is a concern. Here are some additional specs:
- Capacity: 2,008Wh
- Max Expansion Capacity: 12,048Wh
- Total AC Output: 2000-watts (4,000W Surge)
- Total Output (AC + DC): 2,400W
- DC Outputs:
- USB-C: 2x 100W (5-20V)
- USB-A: 2x 12W (5V, 2.4A) and 2x 60W (5-12V)
- Car Power
- Wireless Charger
- AC Output:
- 3x AC plugs
Renewables are a key feature in the M2000’s versatility
Alright, we’ve saved the best for last. You’ve seen the advanced technologies that went into the M2000 from ETaker, plus its modularity and performance perks, but what about its charging capabilities?
Accepting AC, car, and even solar charging has become pretty standard across power stations these days, but ETaker’s M2000 can also replenish itself using wind. Combining AC power with wind or solar, the M2000 Power Station can recharge to 100% in just 1.5 hours. Here’s how all the recharging inputs break down:
- AC Charging:
- Max 1,200W input
- 1 hour to charge to 60-80%
- 2 hours to charge to 100%
- Solar Charging:
- Max 1,000W input
- 2.5 hours to charge to 100% (using solar panel with voltage between 20-50V)
- Wind Charging:
- Max 1,000W input
- 2.5 hours to charge to 100% (requires ETaker Wind Turbine which will launch soon)
- Car Charging:
- 100-300W input
- 7-20 hours to charge to 100%
- EV Charging:
- Max 1,200W input
- 1 hour to charge to 60-80%
- 2 hours to charge to 100%
ETaker M2000 Power Station pricing and availability
Interested in trying out ETaker’s M2000 Power Station for yourself?
Be one of the early adopters by pledging to its Kickstarter campaign, running now through December 23, 2023. $1,099 currently gets you one of the 100 first M2000s – that’s 50% off retail price.
A number of add-ons and bundles that include ETaker’s solar panels are also available.
Products are expected to be delivered in December 2023 or January 2024, depending on which package you select. Learn more here and be sure to take advantage of early pricing for this promising young power station developer.
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Environment
Communication is now even more important to getting renewable projects off the ground, experts say
(From left) CNBC’s Steve Sedgwick moderates an IoT panel with Cenk Alper, CEO of Sabanci Holding, Christina Shim, chief sustainability officer of IBM, and Mitesh Patel, interim CEO and COO of SunCable International, at CONVERGE LIVE on March 13, 2025.
Renewable energy companies can shorten the long approval process needed for their projects by communicating better with stakeholders, according to experts.
Christina Shim, IBM’s chief sustainability officer, said sponsors need to focus on the business value — in addition to the environmental benefits — when discussing their projects.
“That being said … there are some triggering words now, depending on where you sit around the world, and I think the more that you can quantify business value for what you’re doing and tie it to, again, the business operations and business decision making, it’s only going to be more and more important,” Shim said Thursday.
“As long as the outcomes are the same, you just need to make sure that you’re communicating in an appropriate way with the right stakeholders.”
She compared it to how one might talk to a CFO, versus an investor, versus someone in procurement. “You kind of have to talk about things a little bit differently.”
Mitesh Patel, interim CEO and COO at SunCable International, agrees that adjusting communication for the right audience is crucial.
“For politicians, the voters are their constituency, not your project or not your company. You have to help them translate what benefits your project will bring to the constituents,” said Patel, whose company is developing a project to deliver solar energy from Australia to Singapore via undersea cables.
The project, called Australia-Asia PowerLink, is valued around $24 billion and expected to supply Singapore with 1.75 gigawatts of electricity — or around 15% of its electricity needs, according to the company.
The comments by Shim and Patel, who were speaking to CNBC’s Steve Sedgwick on a panel in Singapore, come as renewable energy projects often take many years to get off the ground.
A report from the Global Infrastructure hub, which is part of the World Bank’s Public-Private Infrastructure Advisory Facility, noted the complex nature of preparation needed before an infrastructure project gets underway. It put the average project preparation time at 6 years but said it can take up to 14 years if the project is not planned properly.
Cenk Alper, CEO of Sabanci Holding, a Turkish conglomerate, said the biggest obstacle to getting renewable energy projects off the ground is often regulatory.
“The biggest problem is still government — the permits. Because from licensing to making a project ready, the total time is longer than the construction time,” he said.
The situation in Europe is worse, he added, citing a project where connecting to the grid took two years.
Alper said Western countries need to streamline the approval process for renewable energy projects, noting China has embarked on more projects in the last five years than the rest of the world combined.
A new study from the REPEAT Project led by Princeton University’s ZERO Lab warns that the repeal of Inflation Reduction Act (IRA) tax credits could decimate the growing EV manufacturing sector.
The report “Potential Impacts of Electric Vehicle Tax Credit Repeal on US Vehicle Market and Manufacturing” clearly outlines the risks. The Princeton study states that repealing the IRA federal tax credits and the EPA’s clean vehicle regulations would sharply reduce EV demand.
Specifically, EV sales could drop around 30% by 2027 and nearly 40% by 2030 compared to sticking with the policies implemented by the Biden administration. That means the share of EVs among new cars sold would shrink dramatically – from about 18% to 13% by 2026 and from 40% to just 24% by 2030.
“While no one has a perfect crystal ball, this is our best attempt to survey available quantitative forecasts and develop an outlook on US EV sales,” explained the study’s project leader, Jesse D. Jenkins, assistant professor at Princeton’s Department of Mechanical & Aerospace Engineering and Andlinger Center for Energy & Environment in an email. “The report is also the only analysis I’m aware of to date that draws the connection to US manufacturing as well.”
Here’s why this matters: The report points out that repealing these policies wouldn’t just slow down EV adoption – it could seriously derail the US manufacturing renaissance now underway. Up to 100% of planned expansions for EV assembly plants could be canceled or shuttered. Battery manufacturing would also take a huge hit, with between 29% and 72% of battery cell production capacity becoming redundant by 2025. That means factories under construction or those just coming online would be at risk.
To put that into perspective, an Environmental Defense Fund report released in January found that $197.6 billion worth of investments in EV and battery manufacturing have been announced at 208 facilities around the US, with two-thirds announced since the passage of the Inflation Reduction Act in August 2022.
It’s probably a good time to point out that, in order to qualify for IRA federal tax credits, EVs must be domestically assembled, use battery components that have been substantially domestically produced, and use critical minerals produced, processed, or recycled in North America or free trade agreement countries.
Why, then, is the Trump administration torpedoing an industry that’s achieving the very thing it says it wants to achieve, which is to boost domestic manufacturing and jobs?
And let’s not forget the broader EV supply chain – materials, parts, and component suppliers across the country would also suffer, though these effects haven’t even been fully quantified yet.
Bottom line: Repealing the tax credits and regulations wouldn’t just slow down EV sales – it would threaten the jobs, investments, and communities counting on America’s EV manufacturing boom.
Read more: Republican districts lose billions as clean energy cancellations surge
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The Optiq, Cadillac’s most affordable EV, just got a price cut. Despite being on the market for less than two months, GM cut lease prices by nearly $100 a month. Here’s how you can snag the deal.
GM cuts lease prices on Cadillac’s most affordable EV
Compared to Cadillac’s other electric vehicles, like the Escalade IQL, which starts at over $130,000, and the Vistiq, which has a price tag of over $77,000, the Optiq already looks like a steal at about $55,000.
Cadillac’s electric SUV arrived in January with lease prices starting at $489 per month. Although this was already its cheapest SUV (gas or EV), GM is making it even more affordable this month.
The 2025 Cadillac Lyriq is now listed at just $399 for 24 months with $4,929 due at signing. In less than two months, the OPTIQ’s lease prices have fallen by $90, or almost 20%. The deal is for the 2025 Cadillac Optiq AWD Luxury 1 with an MSRP of $54,390.
Cadillac’s lease deal runs through March 31. However, there are a few limitations you should know about. The deal includes a $2,000 loyalty or conquest offer.
The fine print states you must be a lessee of a 2020 model year or newer non-GM vehicle for at least 30 days. According to online car research firm CarsDirect, this extends to 2011 and newer electric vehicles from a competitor brands such as Tesla, Rivian, Porsche, BMW, Ford, and Honda, among several others.
At 190″ long, 75″ wide, and 65″ tall, the Cadillac Optiq is about the same size as the Tesla Model Y (187″ long x 76″ wide x 64″ tall).
Powered by an 85 kWh battery pack, the electric SUV has a driving range of up to 302 miles. With 150 kW DC fast charging, the Optiq can gain up to 79 miles of range in about 10 minutes.
| 2025 Cadillac Optiq trim | Starting Price (including destination) |
Driving Range (EPA-estimated) |
| Luxury 1 | $54,390 | 302 miles |
| Luxury 2 | $56,590 | 302 miles |
| Sport 1 | $54,990 | 302 miles |
| Sport 2 | $57,090 | 302 miles |
Inside, the Optiq features a massive 33″ infotainment and “segment-leading” cargo (57 cubic feet) and second-row space.
GM has been introducing new deals on new EV models all year. Chevy’s new Equinox, Blazer, and Silverado EVs are all available with 0% APR with leases starting as low as $299 per month.
Ready to take advantage of the savings? We can help you get started. Check out our links below to find deals on GM’s most popular EVs in your area.
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