UGREEN’s MagFlow Pro treats overheating as a design problem worth solving with actual engineering, not just a bigger heat sink. This 10,000mAh magnetic power bank borrows liquid cooling from gaming PCs and squeezes it into a pocket-sized charger, aiming to keep wireless charging fast without turning your phone into a hand warmer along the way.

Qi2 charging has always had a dirty secret hiding under its magnetic convenience. Wireless systems lose up to 30% of their power as heat during transfer, which means a phone sitting at 25W often throttles down within minutes to avoid overheating. UGREEN built the MagFlow Pro around fixing that exact bottleneck rather than just chasing a bigger battery number.

Designer: UGREEN

Inside sits CryoPulse, a cooling system built around a micro-pump that circulates liquid coolant past the charging coil and other heat-generating components. Copper foil spreads that heat further, while a layout that physically separates key parts keeps warmth from concentrating in one spot. It is a scaled-down version of what keeps a gaming rig from throttling under load, just built to survive inside a phone charger.

A transparent panel on the front turns that entire process into something you can actually watch, showing coolant moving through the internal channels while your phone charges. It is an odd, almost theatrical touch for a power bank, but it doubles as reassurance that the system is doing its job. UGREEN calls it the Cyber Window, and it is hard to look away from once it is running.

That cooling translates into real numbers, too. UGREEN claims the system keeps peak surface temperatures on a phone up to 18°F below its own reference benchmark, letting a device hold onto higher wattage for longer instead of stepping down early. In practice, that means someone topping up before a flight or during a commute gets closer to advertised charging speeds instead of a slow crawl once things heat up.

A small display embedded in the shell keeps track of charging wattage, remaining battery percentage, cycle count, and cooling status, turning what used to be a guessing game into actual visible data. Paired with a built-in USB-C cable capable of 30W and a combined output of up to 45W, the MagFlow Pro can charge a phone, tablet, and another accessory simultaneously without demanding a bag full of extra cables.

If the battery degraded quickly, all of those fancy features would be pointless, so UGREEN built the cell around Dymondcell 2.0 protection, retaining more than 80% of its capacity after 800 charge cycles. It also survived seven hours of continuous overcharge testing without failure, a detail aimed squarely at anyone who leaves their charger plugged in overnight out of habit rather than necessity.

At $149.99, the MagFlow Pro costs considerably more than other 10,000mAh power banks on the market, and that price tag puts real weight behind its cooling claims. It is a bet that people charging phones daily care as much about consistent performance and battery longevity as they do about raw capacity, and that a bit of visible engineering can justify paying extra for it.

The post UGREEN’s Power Bank Uses Liquid Cooling, and You Can Actually Watch It first appeared on Yanko Design.

We’ve been building houses wrong. Not structurally, not legally, and not in any way that’s easy to name. But somewhere along the line, the conversation around home design shifted away from how does this building breathe toward what does this building look like on a feed. That’s why The Anthill, a new brick residence in Ahilyanagar, Maharashtra by Kaushal Tatiya Architects, feels like such a pointed correction. Not a provocation. A correction.

The premise sounds deceptively simple: a house modeled after an ant mound. Not the insect itself, but the engineering intelligence of what it builds. Ants have been solving thermal regulation, cross-ventilation, and spatial hierarchy problems for millions of years, with no blueprint, no software, and no electricity required. Kaushal Tatiya, the firm’s founder, described the anthill not as a literal form but as “an intelligent climatic organism,” one able to “regulate temperature, create ventilation through voids, and function through a network of interconnected chambers without any imposed geometry.” That single observation is what the entire project is built on, and it shows.

Designer: Kaushal Tatiya Architects (Photos by Avesh Gaur)

The house sits low in the landscape, almost terrain-like, its exposed brick facade functioning as much as an environmental filter as it does a structural shell. From the outside, it reads as deliberately introverted: solid walls and perforated surfaces that hold back the glare before it ever reaches the living spaces inside. The real architecture begins once you start moving through it. Rooms branch off from larger communal volumes, ceiling heights shift unexpectedly, and natural light arrives filtered and softened rather than harsh. The passage between spaces becomes the experience, not just a means of getting from one room to another.

This is a design principle modernism largely traded away in favor of open-plan everything and maximum sight lines. The Anthill doesn’t make that trade. Its stepped terraces and alternating balconies recall the traditional Indian rooftop concept of the chhat, creating layered, shaded thresholds that do the cooling work before the sun reaches the interior. A 12-foot cantilevered slab, supported through brick in compression, adds a more deliberate architectural gesture to the otherwise organic composition.

It’s worth pausing on the sustainability side of this project, because it earns more than a passing mention. The Anthill operates entirely on passive systems: cross ventilation, thermal mass, and shaded courtyards. No mechanical ventilation. In a region defined by extreme heat and intense sunlight, that isn’t a compromise. It’s a design strategy that trusts the building’s own intelligence. The idea that architecture should outlast any power grid it’s connected to feels increasingly important, and The Anthill makes that case without saying a word about it.

I think what gets undersold in conversations about sustainable design is how genuinely radical simplicity is. We’ve normalized a model where buildings are essentially sealed boxes, then mechanically conditioned to be habitable. That approach is energy-intensive, expensive, and fragile in ways we rarely acknowledge. The Anthill argues the opposite: that a building designed with enough spatial intelligence doesn’t need to fight its climate. It learns to negotiate with it instead.

The visual language of the project carries all of this without being heavy-handed. The brick is warm and earthy, the curves are organic without being theatrical, and the overall effect is of a building that looks like it belongs to the land rather than placed on top of it. Photography by Avesh Gaur shows a house that reads differently from every angle, which is always a sign that the architecture is meant to be inhabited rather than just photographed.

What The Anthill ultimately puts on the table is a question worth sitting with: what if the most intelligent design move isn’t to add more technology, but to study what natural systems already perfected? The answers, in this case, are sophisticated enough to build a house around. We talk a lot about future-proofing design. The Anthill is a case where the most forward-looking move was to look at something ancient.

The post India’s Anthill House Has No AC and Stays Cool Anyway first appeared on Yanko Design.