Hot water and laundry around the clock
Daytime solar powers washers, dryers and any electric or heat pump water heating, with a battery carrying surplus into the evening. We size both from your usage.
Solar panels for care homes cut the cost of power you use day and night, from laundry to lifts. A battery carries those savings into evening rounds.
MCS certified installerAll of our installs are accredited by




A care home never switches off. Demand climbs with morning care, meals and laundry, eases in the afternoon, then rises again for evening meals and medication rounds.
Illustrative profile. Your proposal is modelled on your own half-hourly data.
Care homes carry some of the most constant energy loads of any building. Here’s where the cost comes from and what we do about it.
Talk to our teamDaytime solar powers washers, dryers and any electric or heat pump water heating, with a battery carrying surplus into the evening. We size both from your usage.
Solar feeds these loads first and the grid tops up the rest automatically, so supply to essential equipment is seamless. Nothing changes for your staff.
We plan scaffolding, deliveries and noisy work around your routines, keep walkways clear and agree any brief switchover with your manager in advance.
Every kWh you generate is one you don’t buy. Your proposal compares buying outright with finance, where repayments can be covered by the savings.
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Built around 24/7 demand. Your survey and usage data shape the final design.
Pitched, tiled and flat-roofed wings can all host panels that cover daytime laundry, kitchen and lighting loads.
Care homes stay busy after dark. A battery moves surplus solar into evening meals, medication rounds and night lighting.
Remote monitoring and maintenance pick up faults early, so your team can stay focused on residents.
Featured project
Projected 25-year saving · Sonya Lodge, Kent · Dementia care home
A Kent dementia care home with 41.36 kWp of solar and a battery, projected to meet around 30% of its demand.
Figures are projections from the customer’s proposal.
Real installStraight answers to the questions we’re asked most. Pick a question to read the answer.
For most homes, yes. Care homes use a lot of electricity in daylight hours, so most of the solar you generate is used on site. Our Kent care home case studies show projected 25-year savings from +£268,887 to +£479,261. We’ll model your own figures before you commit.
It depends on roof space, system size, whether you add a battery and how much power the home uses. Instead of a generic figure, you get a tailored proposal with costs, projected savings, payback and a 25-year cash flow. You can buy outright or finance the system, with repayments that can be covered by the savings.
We plan every stage around the home. Scaffolding, deliveries and noisier work are scheduled with your manager, access routes are kept clear, and any brief electrical switchover is agreed well in advance so essential equipment is protected.
Often, yes. Care homes keep using significant power in the evening and overnight. A battery captures surplus daytime solar and releases it later, so you use more of what you generate. Three of our care home case studies include a battery, including Sonya Lodge, where solar is projected to meet around 30% of demand.
Grant schemes come and go, so we won’t build funding into your numbers unless it’s confirmed. Surplus power can earn export payments through the Smart Export Guarantee, and capital allowances may apply, so it’s worth speaking to your accountant.
Most commercial rooftop systems fall under permitted development. Listed buildings, conservation areas and larger ground-mounted arrays may need planning. We check this during design and handle any application, along with the grid application to your DNO.
Panels are typically warranted for around 25 years. Our monitoring and operations and maintenance service picks up faults early and keeps the system performing, leaving your team free to focus on residents.
Yes. We’re based in Norfolk and Suffolk and work with care homes across the UK, including the Kent homes in our case studies. For groups, we can assess several homes and compare the results side by side.
For most homes, yes. Care homes use a lot of electricity in daylight hours, so most of the solar you generate is used on site. Our Kent care home case studies show projected 25-year savings from +£268,887 to +£479,261. We’ll model your own figures before you commit.
It depends on roof space, system size, whether you add a battery and how much power the home uses. Instead of a generic figure, you get a tailored proposal with costs, projected savings, payback and a 25-year cash flow. You can buy outright or finance the system, with repayments that can be covered by the savings.
We plan every stage around the home. Scaffolding, deliveries and noisier work are scheduled with your manager, access routes are kept clear, and any brief electrical switchover is agreed well in advance so essential equipment is protected.
Often, yes. Care homes keep using significant power in the evening and overnight. A battery captures surplus daytime solar and releases it later, so you use more of what you generate. Three of our care home case studies include a battery, including Sonya Lodge, where solar is projected to meet around 30% of demand.
Grant schemes come and go, so we won’t build funding into your numbers unless it’s confirmed. Surplus power can earn export payments through the Smart Export Guarantee, and capital allowances may apply, so it’s worth speaking to your accountant.
Most commercial rooftop systems fall under permitted development. Listed buildings, conservation areas and larger ground-mounted arrays may need planning. We check this during design and handle any application, along with the grid application to your DNO.
Panels are typically warranted for around 25 years. Our monitoring and operations and maintenance service picks up faults early and keeps the system performing, leaving your team free to focus on residents.
Yes. We’re based in Norfolk and Suffolk and work with care homes across the UK, including the Kent homes in our case studies. For groups, we can assess several homes and compare the results side by side.
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Commercial solar systems for a lower-carbon future.
Passion House, Excalibur Road, Beacon Park, Gorleston, Norfolk, NR31 7BB, United Kingdom
© 2026 Pink Renewables. Pink Renewables is a trading name of Pink Group Holdings Ltd, registered in England and Wales (company no. 07448391). Registered office: Passion House, Excalibur Road, Gorleston, Norfolk NR31 7BB.