White Paper /// Asset Optimisation
Conception: How to determine LCOE?
Construction: How to optimise CAPEX?
Operation: How to minimise OPEX?
The Australian solar market has been growing by leaps and bounds. How do you see this changing in the light of the latest election outcome?
One solution to ensuring the long-term growth of solar is to deploy solar with energy storage either co-located or as standalone systems. Solar+energy storage provides flexible capacity by both absorbing over-generation midday and discharging it during the evening hours when carbon-free energy is needed.
The need for cost-reduction strategies has been a topic of deep interest and will continue to be one. Nevertheless, the bigger question is: how can we find the sweet spot between profitability and reliability?
2018 witnessed unprecedented records for the economics of solar+storage, demonstrating a variety of value streams and thus making the tale of this marriage all the more compelling.
In order to better decipher Australia’s solar PV landscape, we have compiled and analysed the ‘Top 35 Solar projects in Australia’, including some of the paramount battery storage projects.
Many elements determine the optimum output in a PV module, one of which is the concept of soiling. This complimentary white paper provides an overview of the current knowledge and practices around soiling.
To help you gain insights into the Solar Asset Management Conferences, we have published this brief recap, highlighting some of the key fundamental topics discussed during the 6th annual edition of Solar Asset Management Europe.
Artificial Intelligence and Machine Learning have become topics of deep interest in the solar space and have great impact on the way we are building the blueprint for the new asset management and O&M landscape.