Description

• Our best selling regular boiler that fits within a standard kitchen cupboard
• Suitable for small to medium homes
• Can be used with our Greenskies solar panels and hot water storage cylinders

Worcester Greenstar Ri – FAQs

We’re on hand to answer any questions or queries you might have, alternatively, you can always contact us by completing the contact form, emailing us or giving us a call.

What Size Home is the Worcester Greenstar Ri 15kW Suitable for?

The Worcester Greenstar Ri 15kW is ideal for small to medium-sized homes, ie.) around 2-3 bedrooms and 6-8 radiators. It’s designed to efficiently meet the heating needs of smaller properties.

What Type of Boiler is the Worcester Greenstar Ri?

The Worcester Greenstar Ri is a regular or conventional boiler. These types of boilers are often used in traditional central heating systems and are typically connected to a separate hot water cylinder, sometimes requiring a cold water storage tank as well. Regular boilers like the Greenstar Ri are well-suited for homes that already have a traditional heating and hot water system in place.

What Versions of the Worcester Greenstar Ri Can You Supply?

In addition to the 15kW model, we also supply the 18kW and 24kW versions of the Worcester Greenstar Ri. The 18kW is best suited for medium-sized homes, while the 24kW model is more appropriate for larger properties with higher heating requirements.

Will You Install My New Boiler?

Yes, all our prices include not only the cost of the boiler but also professional installation by a Gas Safe registered engineer. This ensures that your new boiler is installed safely and efficiently, complying with all relevant safety standards and regulations. Our comprehensive service means you don’t have to worry about finding a separate installer, providing a hassle-free experience from purchase to installation.

What Are The Worcester Boiler Prices

The price for a Worcester Greenstar Ri starts at £2,000 for the 15kW model. The 18kW and 24kW models are slightly more expensive due to their higher output capacities.