Page History

...

LaTeX Math Block

anchor	M00IX
alignment	left

\sum_k \big[ q^{\uparrow}(t_k) - \tilde q^{\uparrow}(t_k) \big]^2   \rightarrow \min

The constraints are:

LaTeX Math Block

anchor	4SBJA
alignment	left

\tau \geq  0 , \quad  0 \leq f \leq 1

CRMP – Multi-tank Producer-based Capacitance Resistance Model

...

LaTeX Math Block

anchor	PQYQ2
alignment	left

\sum_k \sum_j \big[ q^{\uparrow}_j(t_k) - \tilde q^{\uparrow}_j(t_k) \big]^2   \rightarrow \min

The constraints are:

LaTeX Math Block

anchor	W2JXJ
alignment	left

\tau_j \geq  0 , \quad f_{ij} \geq  0 , \quad \sum_i^{N^{\uparrow}} f_{ij} \leq 1

...

LaTeX Math Block

anchor	FNDCZ
alignment	left

\sum_k \sum_j \big[ Q^{\uparrow}_j(t_k) - \tilde Q^{\uparrow}_j(t_k) \big]^2   \rightarrow \min

The constraints are:

LaTeX Math Block

anchor	VBB0S
alignment	left

\tau_j \geq  0 , \quad f_{ij} \geq  0 , \quad \sum_i^{N^{\uparrow}} f_{ij} \leq 1

...

Expand

title	Derivation

LaTeX Math Block

anchor	1
alignment	left

p_{wf}(t) = p_r(t) - \frac{q(t)}{J}

LaTeX Math Block

anchor	4XNCY
alignment	left

p_r(t) = p_i + \frac{1}{c_t \, V_{\phi}} \, \Bigg[ \int_0^t q_i(\tau) d\tau - \int_0^t q(\tau) d\tau  \Bigg]

...