Delhi Weather in January: A Comprehensive Overview
Delhi in January experiences cool and generally dry weather, marking the heart of winter in Northern India. Temperatures typically range from a minimum of around 5°C (41°F) to a maximum of approximately 21°C (70°F). Even as the days are often sunny, mornings and evenings can be quite cold, necessitating warm clothing.
Temperature Trends
The average high temperature in Delhi during January is 21°C (70°F), while the average low temperature is 9°C (48°F).[1] However, nighttime temperatures can dip to around 7°C (45°F).[3] Recently, minimum temperatures have even fallen to 13°C (55°F) due to clear skies and overnight cooling.[1]
Rainfall and Humidity
January is generally a dry month in Delhi. The average rainfall is around 26mm, occurring over approximately one rainy day.[2] Historical records indicate a 4% chance of rain.[2] The average humidity level in January is around 51%.[2]
Sunshine and Wind
Delhi enjoys a significant amount of sunshine in January, with approximately 219 hours of sunshine throughout the month.[2] This results in mostly clear and pleasant days. Wind speeds average around 2 m/s, typically experienced as light, refreshing breezes.[2]
What to Wear
Due to the temperature fluctuations, dressing in layers is recommended. Light shirts and sweaters are suitable for daytime wear, while a jacket or coat is advisable for cooler evenings and mornings. A scarf can also be useful to protect against cool breezes.[3]
Potential Weather Events
While January is generally rainless, occasional spells of rain are possible. The India Meteorological Department (IMD) may forecast further rain events.[1] Haze can also occur in Delhi during January.[3]
Key Takeaways
- January in Delhi offers pleasant, cool weather with average highs of 21°C (70°F) and lows of 9°C (48°F).
- Rainfall is minimal, averaging around 26mm over one rainy day.
- Expect plenty of sunshine with approximately 219 hours throughout the month.
- Layered clothing is recommended to accommodate temperature fluctuations.