Case Study: Bayside Apartments by Roffey HomesProviding discreet, convenient electric vehicle charging for residents at Bayside Apartments.
Bayside Apartments are a new luxury development by Roffey Homes, comprising 141 homes positioned in a prime location on Worthing’s seafront.
Roffey Homes issued a direct award to Connected Kerb (CK) for the installation of 11 residential charge points in its subterranean car park – two being publicly available for visitors and nine for residents who had requested chargers near their private parking bays during the home-buying stage.
The project aims to aid residents and visitors currently requiring charging access and encourage further electric vehicle (EV) uptake across the development.
The challenge: installing discreet, reliable residential charging infrastructure that supports current EV drivers and incentivises further adoption among residents
Of late, a considerable number of charging solutions have been emerging on the market, all with differing capabilities, functions and speeds.
Navigating the ever-expanding smorgasbord of chargers is often a task in itself and selecting the correct solution is crucial for successful utilisation rates and user satisfaction.
Roffey Homes sought car park charging infrastructure that was discreet, durable and easy to use. The right solution would high spec with a long lifespan and be flexible to future technologies, with minimal ongoing maintenance and operating costs.
The solution also needed to be easily scalable and able to load manage across charging points using the building’s existing electrical supply.
The solution: installing discreet infrastructure to provide reliable charging for residents and visitors, while generating a return on investment
Roffey Homes selected Connected Kerb to install its discreet, long-life charging infrastructure, opting for its durable wall-mounted socket, the Limpet.
For an underground car park landscape, the unique design of the CK system sees most charging components sitting hidden within existing cable trays. Only the durable sockets, which are made from recycled vehicle tyres, are visible. This results in a discreet deployment, crucial for landscapes where the aesthetic is sufficiently important.
The innovative design and mindful deployment method result in quick maintenance or repair times, meaning charge point uptime is optimised. It also means upgrades in charging technologies can be added with ease in the future.
The CK system’s software and load management capabilities allow the building manager to implement bespoke charging strategies for residents and visitors. The back-end dashboard enables efficient management of tariffs, users, billing, reporting and more.
For residents and visitors, utilisation is simple; accounts and charging sessions can be managed seamlessly through the Connected Kerb app.
Further, Connected Kerb worked with Roffey Homes to provide educational collateral to incoming residents. For those who had not yet requested a charge point, information was provided on the benefits of switching to EVs, as well as details on how to request a charger near their allocated parking bay.
Offering more than solely EV charging, CK’s solution also supports a wealth of add-ons, including Wi-Fi and Internet of Things (IoT) technologies – namely air quality, environmental and parking sensors. These, along with upgrades in charging technologies, like wireless charging, can be added with ease to existing sites once available and requested by the client.
The installation at Bayside is an example of how high-spec charging infrastructure can be provided for residents and visitors without compromising the surrounding aesthetic of the development and while maintaining user experience.
As a developer, installing future-proofed charging infrastructure that is convenient and sustainable will enrich the customer experience. Doing so at the construction phase and using the building’s existing power supply will also drastically reduce costs.
It is beneficial for developers to consult with charge point providers during the early planning stages to understand charge point requirements. This will help to avoid incurring unnecessary costs further into the project where charge points are treated as an afterthought or by attempting to retrofit.