Solar is penetrating both ends of the strata market....but what about the middle of the strata market?

Why did we embark on a project to map 1/3 of the residential strata schemes in NSW on their energy transition journey to solar, batteries, EV charging, heat pumps and more....

With assistance from local, state and federal governments for EV charging in strata, what is the best way to navigate the way to EV charging infrastructure upgrades in NSW strata...

Gigacomm is a new entrant in the broadband rollout across residential strata buildings. However, their basestation model on the roof brings many issues including solar deprivation.

Sydney is receiving a high influx of new residents, who will predominantly live in strata buildings. This article looks at some trends in urbanisation across a dozen local council areas in Sydney and highlights the need for further electrification of Sydney's apartment blocks.

Sean Cowan from Wattblock investigates the challenges of NSW strata buildings trying to switch common hot water plants from gas to electric heat pumps....

Do apartment blocks in Sydney retrofit batteries when installing solar systems? The answer is yes....

With over 360,000 strata buildings in Australia there is guaranteed to be another strata building which is similar to the one you live in today. If you are a strata committee member you often feel that it takes time and effort to get to the right information that you need to make a decision and some of these decisions are costly if the wrong path is taken. When you don't have the luxury of time or the committee consensus required to hire a consultant, "phoning a friend" on the strata committee of your twin building might be just what you need to get that perspective or assurance you are looking for.

In our current electricity system, the demand for electricity changes throughout the year, and fossil fuel power plants adjust their output to keep the system working. The demand often spikes up during summer, when all the air-conditioners are operating. The additional electricity demand from these air-conditioners is usually met by backup power plants. However, these backup plants are only feasible to operate when the market price for electricity generation goes beyond a certain level. This is because they only operate occasionally and they rely on these few hours of peak price events to make as much revenue as possible. The typical price for electricity generation is below $100/MWh, which can be pushed up to a capped price of $15,000/MWh during peak periods. This is more than 100x the average price. As a result, these back up power plants can make millions of dollars in just a few hours to ensure there’s sufficient electricity supply during periods of peak demand in the grid.