diff --git a/config/zones/MN.yaml b/config/zones/MN.yaml
index f2d53922ba..43610147d2 100644
--- a/config/zones/MN.yaml
+++ b/config/zones/MN.yaml
@@ -32,6 +32,9 @@ emissionFactors:
         datetime: '2020-01-01'
         source: IEA 2020; assumes 92.85% coal, 5.78%% oil, 1.37% hydro in unknown
         value: 729.1
+      - datetime: '2024-11-25'
+        source: IEA 2020; assumes 94.14% coal, 5.86% oil in unknown
+        value: 739
   lifecycle:
     battery discharge:
       - datetime: '2023-01-01'
@@ -46,6 +49,9 @@ emissionFactors:
         datetime: '2020-01-01'
         source: IEA 2020; assumes 92.85% coal, 5.78%% oil, 1.37% hydro in unknown
         value: 799.2
+      - datetime: '2024-11-25'
+        source: IEA 2020; assumes 94.14% coal, 5.86% oil in unknown
+        value: 810
 fallbackZoneMixes:
   powerOriginRatios:
     - _source: Electricity Maps, 2023 average
@@ -68,11 +74,15 @@ isLowCarbon:
     - _url: https://www.iea.org/fuels-and-technologies/electricity
       datetime: '2020-01-01'
       value: 0.0137
+    - datetime: '2024-11-25'
+      value: 0
 isRenewable:
   unknown:
     - _url: https://www.iea.org/fuels-and-technologies/electricity
       datetime: '2020-01-01'
       value: 0.0137
+    - datetime: '2024-11-25'
+      value: 0
 parsers:
   consumption: MN.fetch_consumption
   production: MN.fetch_production
diff --git a/parsers/MN.py b/parsers/MN.py
index d100f8065b..d792d32108 100644
--- a/parsers/MN.py
+++ b/parsers/MN.py
@@ -22,10 +22,12 @@
 JSON_QUERY_TO_SRC = {
     "time": "date",
     "consumptionMW": "syssum",
+    "thermalMW": "dts",
     "solarMW": "sumnar",
-    "windMW": "sums",
+    "windMW": "sumsalhit",
     "importMW": "energyimport",  # positive = import
     "temperatureC": "t",  # current temperature
+    "batteryMW": "Songino"
 }
 
 
@@ -33,7 +35,7 @@ def parse_json(web_json: dict, logger: Logger, zone_key: ZoneKey) -> dict[str, A
     """
     Parse the fetched JSON data to our query format according to JSON_QUERY_TO_SRC.
     Example of expected JSON format present at URL:
-    {"date":"2023-06-27 18:00:00","syssum":"869.37","sumnar":42.34,"sums":119.79,"energyimport":"49.58"}
+    {"date":"2024-11-23 06:00:00","syssum":"1133.6","dts":987.4,"sumnar":-0.2,"sumsalhit":17.2,"energyimport":"129.4","t":"-14.5","Songino":"0.0"}
     """
 
     # Validate first if keys in fetched dict match expected keys
@@ -99,6 +101,7 @@ def fetch_production(
     # 'unknown' consists of 92.8% coal, 5.8% oil and 1.4% hydro as per 2020; sources: IEA and IRENA statistics.
     query_data["leftoverMW"] = round(
         query_data["consumptionMW"]
+        - query_data["thermalMW"]
         - query_data["importMW"]
         - query_data["solarMW"]
         - query_data["windMW"],
@@ -108,16 +111,20 @@ def fetch_production(
     prod_mix = ProductionMix()
     prod_mix.add_value("solar", query_data["solarMW"])
     prod_mix.add_value("wind", query_data["windMW"])
-    prod_mix.add_value("unknown", query_data["leftoverMW"])
+    prod_mix.add_value("unknown", query_data["thermalMW"]) # Coal + oil according to https://www.iea.org/countries/mongolia/electricity
+    prod_mix.add_value("hydro", query_data["leftoverMW"]) # Only generation type not accounted for https://www.iea.org/countries/mongolia/electricity
+
+    storage_mix = StorageMix(battery=batteryMW * -1, hydro=None) # Based on how imports are displayed, I assume positive = providing to grid, negative = withdrawing from grid applies to battery as well.
 
     prod_breakdown_list = ProductionBreakdownList(logger)
     prod_breakdown_list.append(
         datetime=query_data["time"],
         zoneKey=zone_key,
         source="https://ndc.energy.mn/",
+        storage=storage_mix,
         production=prod_mix,
     )
-
+    
     return prod_breakdown_list.to_list()