Commercial energy
Make better use of the energy your site already has.
Kettle Energy is developing practical energy systems for organisations that want to use more of their own solar power, reduce exposure to expensive peak-period electricity and improve resilience for critical operations.
- Approach
- Solar, storage and intelligent control
- Focus
- Commercial sites, housing and community infrastructure
- Status
- Commercial propositions being developed
The commercial energy problem
Energy is generated, used and priced at different times.
01
Your site may generate power when it needs it least.
Solar output can exceed daytime demand, with surplus exported at low value.
02
Peak-period electricity can be costly.
Sites often draw most heavily when demand and wholesale prices are higher.
03
Resilience matters when supply is disrupted.
Some operations cannot simply stop when the grid is unavailable.
What Kettle is developing
One joined-up energy plan for your site.
We assess the whole opportunity, then develop an appropriate combination of generation, storage, controls and operational support.
Commercial battery storage
Store lower-cost or self-generated electricity for later use. Designed around site demand, tariffs, operational priorities and battery life.
Solar and battery together
Increase on-site use of solar generation and reduce dependence on imported electricity at selected times.
Intelligent energy management
Kettle's software is being developed to use tariff, weather, demand and battery-performance data to guide when energy is stored, held or used.
Critical-load resilience
Assess which essential circuits could be supported during a disruption. Backup scope is site-specific and is not automatically whole-site backup.
Microgrids and local energy systems
For suitable campuses, developments and community sites, explore coordinated local generation, storage and demand management.
Kettle is not simply proposing more equipment. We are developing an operating model that connects physical energy assets with day-to-day decisions.
Who this is for
Built around the realities of different sites.
Housing associations and local authorities
Lower-cost energy, asset insight, resident benefit and decarbonisation planning.
Commercial property and multi-site estates
Better use of available roof space, clearer energy data and a repeatable estate-wide approach.
Industrial, logistics and high-use sites
Manage demand peaks, improve solar self-consumption and identify resilience priorities.
Farms, rural businesses and community infrastructure
Make more use of on-site generation and assess protection for essential loads.
How an energy feasibility review works
Start with a practical feasibility review.
Step 1
Understand the site
Gather half-hourly electricity data, current tariff information, operating hours, roof/site information and resilience priorities.
Step 2
Identify the opportunity
Review solar potential, demand profile, battery suitability, network limitations and critical loads.
Step 3
Model realistic options
Compare solar, storage, controls, resilience and financing routes using transparent assumptions.
Step 4
Build the delivery plan
Define technical scope, permissions, programme, procurement route and responsibilities.
Step 5
Measure what matters
If a project proceeds, establish agreed measures for usage, costs, battery performance and operational outcomes.
Any savings, payback and carbon estimates would be site-specific, based on agreed assumptions and independently reviewable data.
Commercial models
A route that fits the project.
The right route depends on the asset, available capital, contract length, electricity profile and appetite for performance risk. Kettle can help define the commercial case before commitments are made.
Routes shown are options we are exploring; availability depends on the project.
Capital purchase
The organisation funds and owns the assets outright.
Lease or infrastructure finance
Spread the cost over an agreed term through a finance partner.
Solar power purchase agreement
Buy the electricity generated on site at an agreed rate, rather than the equipment.
Shared-savings or managed-service structure
Link payments to measured outcomes or an ongoing service arrangement.
The Kettle platform
A smarter way to match energy with demand.
Our platform is being developed to give organisations a clearer view of how energy assets perform, while making day-to-day energy decisions more deliberate and measurable.
Signals
Kettle Energy platform
Assets
Microgrids and intelligent control
AI-powered microgrids for smarter local energy
Keep more of your energy working locally.
A microgrid brings together on-site generation, battery storage, building demand and intelligent controls. Kettle Energy is developing an AI-powered approach designed to help organisations understand when energy should be generated, stored, shared across a site or used to support essential operations.
Illustrative diagram. No live data shown.
01
Use more of your own energy
When a site generates electricity through solar, a battery could store surplus power for use later rather than exporting it at the wrong time.
02
Make better day-to-day decisions
Kettle's platform is being designed to consider expected demand, weather, tariffs and battery condition when deciding whether energy is best stored, held or used.
03
Plan for resilience
For suitable sites, a microgrid assessment can identify which critical operations could be prioritised during a disruption. Backup capability would always depend on the agreed system design and site requirements.
One system, guided by better information.
01
Understand the site
Review electricity use, operating hours, generation, tariffs, critical loads and any existing energy assets.
02
Build the local energy model
Assess how solar, storage, demand and grid supply could work together across the site.
03
Coordinate energy intelligently
Kettle's software is being developed to use forecasts and operating data to guide when energy is stored or used.
04
Measure and improve
Track energy use, battery performance and agreed operational measures to improve the system over time.
Where microgrids could make sense
- Multi-building commercial sites
- Housing and regeneration developments
- Industrial and logistics operations
- Farms and rural businesses
- Community and public-sector infrastructure
A microgrid is not the right answer for every organisation. Kettle starts with the site, its energy profile and the outcome that matters most before recommending an approach.
More than a battery installation.
Kettle Energy is developing a connected approach to local energy: combining physical infrastructure with intelligent decision-making. The aim is to help organisations reduce wasted generation, improve visibility and prepare for a more flexible energy system.
Explore the microgrid opportunity for your site.
Tell us about your site, energy priorities and any existing solar or battery infrastructure. We can discuss whether a feasibility review could help identify the opportunity.
Why Kettle
Grounded in delivery, designed for scale.
Commercially grounded
Clear assumptions, practical site assessment and transparent choices.
Built for operations
Energy assets need ongoing monitoring and active management, not simply installation.
Designed to connect
A long-term approach that can bring together solar, storage, site data and future flexibility opportunities.
Kettle Energy is working with experienced engineering and delivery partners as it develops its first programmes.
From individual sites to more flexible local energy systems.
As more sites add generation and storage, there may be opportunities to coordinate energy more intelligently across portfolios and communities. Kettle is exploring how this could support lower-cost energy, practical decarbonisation and future grid flexibility. This is a future opportunity, not a current commercial offering.
FAQ
Common questions
Next step
Tell us what your site needs.
If you are considering solar, battery storage, resilience, a microgrid or a wider decarbonisation programme, start with a conversation about the site and the outcome you want to achieve.