minor changes to the docs for the latex export

energy-modelling-toolkit · Jul 18, 2018 · f0a5c76 · f0a5c76
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diff --git a/Docs/formulations.rst b/Docs/formulations.rst
@@ -106,7 +106,7 @@ In this formulation, all units of a similar technology, fuel and zone are cluste
 	WindOn_Z1	200		1	Z1	WTON		WIN
 	=============== =============== ======= ======= =============== =====
 
-where the total capacity and number of units for each technology/fuel is conserved.
+where the total capacity and number of units for each technology/fuel is conserved. More details regarding the formulation and the implementation of the integer clustering are available in [1]_
 
 LP clustering
 ^^^^^^^^^^^^^
@@ -118,3 +118,5 @@ Dispa-SET provides the possibility to generate the optimisation model as an LP p
 
 Since the start-up of individual units is not considered anymore, it is not useful to disaggrate them in the optimisation. All units of a similar technology, fuel and zone are merged into a single unit using the equations proposed in the previous sections.
 
+.. [1] Incorporating Operational Flexibility Into Electric Generation Planning: Impacts and Methods for System Design and Policy Analysis, Palmintier, B.S. (2012). Ph.D. Thesis, Engineering Systems Division, MIT
+
diff --git a/Docs/model.rst b/Docs/model.rst
@@ -302,9 +302,9 @@ The tertiary reserve can also be provided by non-spinning units. The inequality
 
 	\mathit{Demand}_{3U,n,h}
 	
-	 \leq \sum _{u,t}\left[(\mathit{Reserve_{2U}}_{u,i} + \mathit{Reserve_{3U}}_{u,i} )
+	 \leq \sum _{u,t}[(\mathit{Reserve_{2U}}_{u,i} + \mathit{Reserve_{3U}}_{u,i} )
 
-	 \cdot \mathit{Technology}_{u,t} \cdot \mathit{Reserve}_t \cdot \mathit{Locatio}n_{u,n} \right]
+	 \cdot \mathit{Technology}_{u,t} \cdot \mathit{Reserve}_t \cdot \mathit{Locatio}n_{u,n} ]
 
 	+ \mathit{LL_{3U}}_{n,i}