KiteX

04/05/2026

Sidste chance for at få en TWT-11 til pre-order prisen! Forsalget lukker i morgen.

Tak til alle der har valgt at støtte projektet!

Bestil din KiteX TWT-11 lille vindmølle i dag!

28/04/2026

Knap 100 har allerede forudbestilt en TWT-11 🙏
Tirsdag d. 5 maj lukker forsalget. Den tidlige rabat på 25.000 kr. forsvinder, og TWT-11 går op til den fulde pris på 165.000 kr.

En stor tak til alle, der har lagt et depositum, før den første kommercielle mølle er leveret. Nu begynder næste fase hvor sikre den endelige godkendelse og de første leveringer senere i år!

Én uge tilbage til forsalgspris → kitex.tech

Bestil din KiteX TWT-11 lille vindmølle i dag!

07/04/2026

Stormen Dave rullede hen over Danmark i løbet af påsken og gav god mulighed for at teste KiteX TWT-11 i 18 m/s middelvind med vindstød på 27 m/s.

Kontrolsystemerne fungerede som designet og møllen leverede strøm igennem hele perioden. Selv med dens store 89 m² bestrøgne areal er det muligt at levere strøm fra 3,5 m/s til 18 m/s uden problemer!

07/04/2026

What happens when the wind gusts peak at 27 m/s?
Storm Dave visited Denmark over Easter, and TWT-11 delivered as designed. At average wind speeds of 18 m/s gusting 27 m/s - the TWT-11 kept delivering power to the grid.

Handling 18 m/s with a swept area of 89 square meters is difficult, but the TWT-11 does that with a total weight of just 326 kg!

The advanced aerodynamic and control platform kept all loads in check ensuring both safety and longevity of the system.

27/03/2026

Small wind turbines have been around for decades. And honestly? They've mostly been a disappointment

Too heavy. Too expensive. Too little energy for the money.
Our CTO Andreas just wrote a white paper explaining what went wrong - and why everything is about to change.

Conventional small turbines weigh 3,000+ kg. They need cranes and concrete foundations just to get spinning.

The TWT-11? 326 kg. Complete system. Foundation included.

That's 13× more energy per kilogram. Not a tweak - a completely different starting point.

Andreas breaks it all down 👇

A white paper deep dive into why small wind is now becoming a viable energy solution for homes and farms. This white paper explores the key drivers behind the advances in lightweight materials, larger rotor swept area, and improved low-wind performance enabling meaningful energy production and faste...

19/03/2026

Why does your solar system struggle the most when you need it the most? We wrote a piece on it here: https://kitex.tech/blogs/kitex-twt-11-small-wind-turbine-blogs/the-winter-gap

What’s happening?

• Shorter days = less solar production
• Higher energy use (heating, lighting, etc.)
• More reliance on expensive grid electricity

The interesting part:

Wind behaves differently.

• More wind during winter months
• Production when energy is most needed
• Works day and night — not just when the sun is out

What we’re seeing in practice:

• Up to ~1 MWh produced in 21 days during winter conditions
• Starts producing from low wind speeds (~3.5 m/s)
• Designed to deliver stable output — not just peak power

What this means:

Solar and wind are not competitors — they complement each other.

☀️ Solar → strong in summer
🌬️ Wind → strong in winter

Together, they can cover a much larger part of your yearly energy needs.

We’re building the TWT-11 to make small-scale wind a realistic option for homes and farms — especially where energy independence matters most.


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Hvorfor yder dit solcelleanlæg dårligst, når du har mest brug for strøm?

Hvad sker der? Det har vi skrevet en artikel om her: https://kitex.tech/blogs/kitex-twt-11-small-wind-turbine-blogs/the-winter-gap

• Kortere dage = mindre solproduktion
• Højere energiforbrug (opvarmning, lys osv.)
• Større afhængighed af dyr strøm fra elnettet

Den interessante del:

Vind opfører sig helt anderledes!

• Mere vind i vintermånederne
• Produktion når behovet er størst
• Producerer både dag og nat - ikke kun når solen skinner

Hvad vi ser i praksis:

• Op til ~1 MWh produceret på 21 dage i vinterforhold med TWT-11
• Starter produktion ved lave vindhastigheder (~3,5 m/s)
• Designet til stabil produktion — ikke kun spidsydelse

Hvad betyder det:

Sol og vind er ikke konkurrenter - de supplerer hinanden.

☀️ Sol → stærk om sommeren
🌬️ Vind → stærk om vinteren

Sammen kan de dække en langt større del af det årlige energibehov.

Vi udvikler TWT-11 for at gøre husstandsvind realistisk for boliger og landbrug — især der, hvor energiuafhængighed er vigtigt.

Solar drops 80–90% in winter. Small wind peaks when demand is highest—combining both creates stable, year-round energy in Northern Europe.

13/03/2026

If you're considering a small wind turbine, the same questions usually come up:

How much noise does it make?
What about shadows and visual impact?
And how do you know if wind makes sense for your property?

At KiteX we try to make small wind turbines easier to understand and provide transparent information for people evaluating whether wind power is a good option for their home or farm.

To help with this, we’ve published three new short articles on our website covering the questions we hear most often.

New articles:
Noise from small wind turbines
Understand how turbine noise works and explore interactive noise propagation estimates.

Visual impact of small wind turbines
See how shadows extend at different times of the year.

Feasibility – what to consider before installing a small wind turbine
A short walkthrough for people considering whether wind power makes sense for their property.

You can read the articles here:
https://kitex.tech/blogs/kitex-twt-11-small-wind-turbine-blogs

We will also be adding more guides over the coming weeks about small wind turbines and the TWT-11 project.
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Når man overvejer en husstandsvindmølle, dukker de samme spørgsmål næsten altid op:

Hvor meget støjer den?
Hvad med skygger og visuel påvirkning?
Og hvordan ved man, om vindenergy giver mening på ens ejendom?

Hos KiteX forsøger vi at gøre små vindmøller lettere at forstå og give information til dem, der overvejer vindenergi til eget hjem eller landbrug.

For at gøre det nemmere har vi udgivet tre nye korte artikler på vores hjemmeside, som gennemgår nogle af de spørgsmål vi oftest får.

Nye artikler:

Støj fra små vindmøller
Forstå hvordan støj fra vindmøller opstår og se interaktive estimater for støjudbredelse.

Visuel påvirkning fra små vindmøller
Se hvordan skygger fra en vindmølle kan strække sig på forskellige tider af året.

Feasibility – hvad skal man overveje før man installerer en husstandsvindmølle
En kort gennemgang for dem, der overvejer om vindenergi giver mening på deres ejendom.

Du kan læse artiklerne her:
https://kitex.tech/blogs/kitex-twt-11-small-wind-turbine-blogs

Vi kommer også til at udgive flere guides i de kommende uger om små vindmøller og TWT-11 projektet.

11/03/2026

Most small wind turbines are marketed by kW power rating.
But what really matters is how much electricity they actually produce (kWh).

That’s why we’ve just launched a new version of the KiteX website with interactive tools that make it easier to understand what a small wind turbine can really generate.

Our new kWh production estimator lets you explore:
⚡ How much electricity a turbine can produce
💰 Potential yearly energy savings
🌬 How wind conditions influence production

One key principle in wind power is simple: energy capture scales with swept area.
The KiteX TWT-11 sweeps about 89 m² of air, which is significantly larger than most turbines in the same power class. This allows it to produce meaningful energy even in moderate wind conditions - especially during winter when energy demand is highest.

The simulator currently provides general estimates for Denmark and Germany. If you'd like a site-specific production estimate, you can submit your location through our contact form and we’ll run a more detailed analysis.

We’ll also begin sharing more insights about small wind turbine physics, engineering, and real-world performance.

More tools and updates coming soon.
Explore the estimator here: kitex.tech



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De fleste små vindmøller bliver markedsført ud fra max kW effekt. Men det, der virkelig betyder noget, er hvor meget elektricitet de faktisk producerer - kWh.

Derfor har vi lanceret en ny version af KiteX-hjemmesiden med interaktive værktøjer, der gør det lettere at forstå, hvad en lille vindmølle reelt kan producere.

Vores nye kWh-produktionsestimator lader dig udforske:
⚡ Hvor meget elektricitet en vindmølle kan producere
💰 Mulige årlige besparelser på el
🌬 Hvordan vindforhold påvirker produktionen

I vindenergi gælder en simpel regel: energi skalerer med rotorens bestrøgede area.

KiteX TWT-11 har et rotorareal på ca. 89 m², hvilket er betydeligt større end de fleste møller i samme effektklasse. Det gør det muligt at producere meningsfulde mængder energi selv ved moderate vindhastigheder - især om vinteren, hvor energibehovet typisk er højest.

Simulatoren giver i øjeblikket generelle estimater for Danmark og Tyskland. Hvis du ønsker et mere præcist estimat for din lokation, kan du indsende din adresse via kontaktformularen, så laver vi en mere detaljeret analyse af installationsstedet.

Vi begynder også at dele flere indsigter om fysikken bag små vindmøller, ingeniørarbejdet og real-world performance.

Prøv den her: kitex.tech

23/02/2026

Big news from our KiteX test site: a single high-efficiency turbine has officially generated over 1000 kWh of clean energy in just 21 days

What does 1000 kWh actually look like for your daily life? It is enough clean power to:
• Drive an electric car for over 5000 km
• Run a household heat pump for 2 to 3 months of winter heating
• Cover the total electricity needs of an average home for a quarter of the year

How did the TWT-11 achieve this under normal operating conditions? It is all about working smarter with the wind.

Instead of relying on extreme weather, we designed the TWT-11 to be highly productive in everyday conditions. By combining a large swept area with active pitch control of the blades and an advanced smart control system, the turbine continuously optimizes itself in real time.

This ensures we capture meaningful, consistent energy output across a broad range of wind speeds, starting from a gentle breeze of just 3.5 m/s.

This real-world data proves exactly what we set out to show: smart, decentralized wind power can provide serious reliability for off-grid and rural setups.

A huge thank you to everyone supporting our vision. Curious to learn more about the tech inside the TWT-11? Head over to kitex.tech to see the specs.

Would you like us to share more test-site performance milestones and site data?

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Store nyheder fra vores KiteX testlokation i Tyskland. En enkelt TWT-11 vindmølle har officielt produceret over 1000 kWh ren energi på bare 21 dage.

Hvad betyder 1000 kWh i praksis for en almindelig husstand? Det er nok grøn strøm til at:
• Køre din elbil over 5000 km
• Holde din varmepumpe kørende i 2 til 3 af de koldeste vintermåneder
• Dække en gennemsnitsfamilies samlede strømforbrug i et helt kvartal

Hvordan opnåede TWT-11 dette? Det hele handler om at udnytte vinden klogere.

I stedet for at vente på stormvejr, har vi designet TWT-11 til at levere høj ydelse under helt almindelige danske vejrforhold. Ved at kombinere et stort bestrøget areal med aktiv pitch-regulering af vingerne og et intelligent styresystem, optimerer møllen hele tiden sig selv.

Det betyder, at vi fanger en stabil mængde energi ved mange forskellige vindhastigheder, og produktionen starter allerede ved en let brise på kun 3.5 m/s.
Vi beviser lige nu sort på hvidt, at decentral vindkraft kan gøre en kæmpe forskel for almindelige husstande og off-grid entusiaster, der ønsker at producere deres egen strøm.

Tusind tak for støtten fra vores fantastiske netværk. Kunne en husstandsvindmølle som TWT-11 give mening hjemme hos dig? Fortæl os det i kommentarerne, og læs meget mere om teknologien på kitex.tech.

19/12/2025

Last Saturday the 13th we had the pleasure of showcasing the KiteX Aero TWT-11 to around 40 customers and potential customers. The KiteX team was on-site to demo the system, walk through the design choices, and answer questions throughout the day.

Conditions were fair for the season grey and overcast, ~5 m/s wind, plus a light drizzle. Let’s just say the weather did a very convincing “Northern Europe in winter” impression. 🙂

A big thank you to everyone who stopped by: the questions were excellent and genuinely appreciated, they help sharpen both the product and our rollout plans. We’re looking forward to starting to serve the first 90 pre-orders once the duration test concludes later in 2026, with the ambition of beginning turbine installations in 2027.

We’ll be sharing more updates soon, especially as we move into the next test phases and with the patents now granted.