Designed to help preserve silk sarees, heirloom garments and delicate textiles from heat, excess humidity and environmental damage through continuously controlled storage conditions.
Every Indian family with premium sarees faces four storage challenges. Most go unnoticed until visible damage appears — at which point recovery is rarely possible.
During peak summer, a closed wardrobe can become intensely hot. Silk protein fibres weaken over time in heat. Natural dyes shift colour. Zari oxidises. Cumulative heat exposure across many seasons contributes to visible deterioration that cannot be undone.
During monsoon season, a normal wardrobe offers no humidity control. Mould growth can begin before it is visible — by the time patches appear on a Kanjivaram saree, the fibre and dye have already been affected. Damage of this kind is difficult to reverse.
Mothballs are the most common Indian wardrobe solution — but the chemicals they release can react with the natural dyes in Kanjivaram and Banarasi silks over time. The colour shift is gradual and difficult to reverse. Climaapod uses controlled temperature for pest deterrence instead — no chemicals required.
Without any monitoring, families often discover yellowing, patches, or moth damage only when they open their wardrobe for a special occasion — months or years after the issue began. Earlier awareness allows earlier action.
These are not arbitrary settings. They are informed by the standards used by leading textile preservation institutions — derived from decades of conservation practice.
Silk is composed of natural protein fibres. Prolonged exposure to heat and humidity can weaken these fibres, cause yellowing, and reduce structural integrity over time. Cooler, drier storage conditions help slow this natural process significantly — which is why preservation institutions maintain controlled environments for their textile collections.
Mould spores present in Indian air require sustained higher humidity to germinate and grow on fabric. Maintaining humidity below the threshold strongly inhibits this process. At the conditions Climaapod maintains, fabric pest activity is also discouraged — without any chemical treatment.
Zari — the gold and silver thread in Kanjivaram, Banarasi, and Paithani sarees — is susceptible to tarnishing when exposed to moisture combined with airborne pollutants over time. Controlled humidity conditions are designed to minimise this tarnish risk, helping zari retain its lustre over years of storage.
From the moment you close your wardrobe door — here is exactly what happens inside, continuously during operation.
Multiple sensors across all zones — temperature, humidity, air quality, smoke detection, door activity, and more. Every reading happens simultaneously, continuously, without interruption.
The control system continuously adjusts the internal environment. It reads all temperature zones, calculates a weighted average, compares it to the target, and modulates the cooling or heating response accordingly.
Solid-state cooling modules do the climate work — no compressor, no refrigerant, no noise. In summer they reduce heat inside the wardrobe. In winter the same hardware reverses and provides gentle warmth. Switched automatically.
Multiple independently controlled fans distribute conditioned air at different heights inside the wardrobe. Consistent airflow across shelves and hanging areas — no warm pockets, no still zones.
The cold surface inside the unit causes humid air passing over it to condense — moisture is extracted from the air and collected in a bottle. The same natural process as a dehumidifier, built directly into the climate system.
A built-in wireless module pushes live sensor data to the Climaapod app continuously over your home WiFi. Away from home — data is relayed via cloud. Instant push notifications the moment anything changes.
Once the wardrobe reaches ideal conditions, the system enters Intelligent Standby — fans slow down, cooling modules switch off, and conditions are checked periodically. Monthly electricity cost: under ₹30.
Every month the system calculates a Heritage Score based on how consistently preservation conditions were maintained — temperature stability, humidity stability, air quality, and access events. Packaged as a QR-coded Heritage Certificate in the app.
Every sensor has a specific role. Together they create continuous visibility of conditions inside your wardrobe.
Placed at multiple height positions including the cooling plate and return duct. Readings are averaged across all zones. If any sensor gives an unusual reading, an alert is sent automatically.
The primary humidity reading is verified by a secondary sensor. If the two diverge, an alert is sent. The system is not dependent on a single measurement point.
Detects the gases produced by mould at the very start of activity — long before any visible patches appear. Also detects traces of mothball chemicals at low concentrations, enabling early intervention.
A dedicated smoke sensor inside the wardrobe chamber detects smoke within seconds and sends an immediate push notification to your phone.
Monitors the cooling modules and circulation components continuously. If any part draws abnormal power, the system flags it before failure and sends a service alert.
Magnetic sensors log every door opening with timestamp and duration. Proximity sensors detect if the wardrobe is packed too tightly, which can restrict airflow and create localised warm areas.
The system detects external conditions and adjusts automatically. You never need to change a setting.
Maximum dehumidification mode. Humidity control is prioritised during the heaviest monsoon conditions outside.
Cooling at maximum and humidity maintained at stable levels — even when outside conditions are extreme.
The cooling system reverses and provides gentle heat in winter. Silk fibres stay pliable. No fold-crease brittleness in cold months.
Full cooling with maximum airflow. Handles intense summer heat while keeping interior conditions stable throughout.
Combined heating and humidity control for cool but humid hill station conditions. Both managed simultaneously.
Gentle gradual adjustment during seasonal transitions — ideal for Bengaluru's mild climate. No abrupt switches as conditions shift week by week.
Leading textile preservation institutions — including the Victoria and Albert Museum in London, the Calico Museum of Textiles in Ahmedabad, and the Smithsonian National Museum of Natural History — maintain controlled temperature and humidity for their silk collections. Climaapod is designed around the same preservation principles, for Indian homes.
Common questions about how Climaapod works.