Heat pumps - ambient heat captured by technology and climate in Lithuania, 2012
Heat pumps - ambient heat captured by technology and climate in 2012: Annual value — 0 ГВт·ч. Comparison with the previous year and position in the series history. Official data — Eurostat.

Heat pumps - ambient heat captured by technology and climate in 2012
- Value: 0 ГВт·ч
- Change vs 2011: +0 ГВт·ч (not calculated (base is zero))
- Position in history: below the 21-year average (average — 201.8786 ГВт·ч)
- Series maximum — 1,289.37 ГВт·ч in 2024
- This is one of the series minima (0 ГВт·ч)
- Value date: 1 January 2012
- Source: Eurostat
Dynamics over neighbouring years
| Year | Value, ГВт·ч |
|---|---|
| 2007 | 0 |
| 2008 | 0 |
| 2009 | 0 |
| 2010 | 0 |
| 2011 | 0 |
| 2012 | 0 |
| 2013 | 0 |
| 2014 | 0 |
| 2015 | 0 |
| 2016 | 0 |
Full history and interactive chart
Complete series for Lithuania — on the Heat pumps - ambient heat captured by technology and climate page.
Other years
- Heat pumps - ambient heat captured by technology and climate in 2009
- Heat pumps - ambient heat captured by technology and climate in 2010
- Heat pumps - ambient heat captured by technology and climate in 2011
- Heat pumps - ambient heat captured by technology and climate in 2013
- Heat pumps - ambient heat captured by technology and climate in 2014
- Heat pumps - ambient heat captured by technology and climate in 2015
- Heat pumps - ambient heat captured by technology and climate in 2016
- Heat pumps - ambient heat captured by technology and climate in 2017
- Heat pumps - ambient heat captured by technology and climate in 2018
- Heat pumps - ambient heat captured by technology and climate in 2019
- Heat pumps - ambient heat captured by technology and climate in 2020
- Heat pumps - ambient heat captured by technology and climate in 2021
- Heat pumps - ambient heat captured by technology and climate in 2022
- Heat pumps - ambient heat captured by technology and climate in 2023
- Heat pumps - ambient heat captured by technology and climate in 2024