Load Matching, Grid Interaction, and Advanced Control - Modeling, Design, and Optimization of Net-Zero Energy Buildings - page 330

scheme is particularly flexible for advanced control applications. With some
caveats,itisalsopossibletotransformfromonerepresentationintoanother
while keeping in mind that diverse RC circuits structures or state-space
models can yield similar transfer functions.
Fig. 6.12 Alternative representations of linear models
6.5 Conclusion
This chapter has presented a brief introduction to load matching and grid
interaction in the context of net-zero energy buildings. Load matching and
grid interaction are central issues that must be taken into consideration
in the development of policies, design methodologies, and technologies for
net-zero energy buildings. Ignoring load matching and grid interaction
would promote inadequate solutions for net-zero energy buildings.
This chapter has presented a brief overview of some of the indicators used
in the characterization of load matching and grid interaction. The reader
interested in a deeper analysis of load matching and grid interaction
indicators is referred to Salom et al. (2014a) and Salom et al. (2014b).
Finally, this chapter has discussed control strategies aimed at managing
building loads and facilitating the interaction of buildings with the grid. The
possibility of making use of simplified building models for the development
and implementation of predictive control strategies has been discussed.