
Alex Martinos
Energy Analyst at the International Energy Agency (IEA), specializing in global energy analysis, energy transition, and the intersection of AI and energy systems.
1
APPEARANCES
1
PODCASTS
012
DEC 30
JAN 6
JAN 13
JAN 20
JAN 27
FEB 3
FEB 10
FEB 17
FEB 24
MAR 3
MAR 10
MAR 17
MAR 24
MAR 31
APR 7
APR 14
APR 21
APR 28
MAY 5
MAY 12
MAY 19
MAY 26
JUN 2
JUN 9
JUN 16
JUN 23
JUN 30
JUL 7
JUL 14
JUL 21
JUL 28
AUG 4
AUG 11
AUG 18
AUG 25
SEP 1
SEP 8
SEP 15
SEP 22
SEP 29
OCT 6
OCT 13
OCT 20
OCT 27
NOV 3
NOV 10
NOV 17
NOV 24
DEC 1
DEC 8
DEC 15
DEC 22
DEC 29
JAN 5
JAN 12
JAN 19
JAN 26
FEB 2
FEB 9
FEB 16
FEB 23
MAR 2
MAR 9
MAR 16
MAR 23
MAR 30
APR 6
APR 13
APR 20
APR 27
MAY 4
MAY 11
MAY 18
MAY 25
JUN 1
JUN 8
JUN 15
JUN 22
JUN 29
JUL 6
JUL 13
JUL 20
JUL 27
AUG 3
AUG 10
AUG 17
AUG 24
AUG 31
SEP 7
SEP 14
Jun 25, 2026
How the energy world entered this crisis
2:54
3:03
3:17
3:22
3:33
3:37
18:54

Alex MartinosGUEST
Well, as I said, you know, we saw all, uh, fuels and technologies increasing over the course of 2025, uh, but at different rates.

Alex MartinosGUEST
Um, and if we break that down a little bit, uh, we can look at, uh, fossil fuels first, and what we see there is that for natural gas, um, that was the largest contributor amongst fossil fuels to the overall increase in energy demand that we saw in 2025.

Alex MartinosGUEST
So, um, more than 15% or around one-sixth of the total increase, uh, came from natural gas.

Alex MartinosGUEST
But in fact, looking across oil, coal, and natural gas, uh, demand for each of those increased in 2025, reflecting their continued importance in the global energy system.

Alex MartinosGUEST
But in each case, it did so more slowly than what we'd seen, um, over recent years.

Alex MartinosGUEST
Uh, the other part of this i- is to consider, um, how these fuels contributed alongside low emission sources of energy, if I can call them that.
15 MINS LATER

Dan HewittHOST
Are there any conclusions about what we might be seeing this time next year when we're looking at the following reports?