Buy from Alan Wright the Inventor on this site

A Vision of low cost retrofit plumbing solutions, water saving, and widespread low cost heat stores

WrightChoice micro-pumps include the number one UK pump, ShowerPowerBooster, according to Trustpilot with a full 5 stars. Our micropumps are designed to boost taps and showers in all systems including the incoming mains feed, Gravity Showers, Electric Showers, Combi Boilers, Unvented Systems, Radiators, and in homes with heat pumps. All this is possible because the pumps are designed to comfortably survive high pressures and temperatures plus the unique design of the product.

Micro-pumps can be used in applications far beyond just boosting showers, taps, radiators and possible applications include water and energy-saving systems which would revolutionise domestic decarbonisation. They offer solutions for homeowners, developers, energy assessors, and local authorities.
1.0 Retrofit pumps for domestic water systems
2.0 Instant hot water at taps
3.0 Cold Water Storage
4.0 Rainwater Harvesting
5.0 Hot Water Energy Storage
6.0 Solar Thermal (direct heating of water)
7.0 Radiator Flow Boosters
8.0 Efficient Shower Heads

For energy transition to 100% renewables there is a need for affordable energy storage and to deliver that stored energy to replace fossil fuels. This website gives a detailed overview of the WrightChoice and WrightSolutions using patented technology to provide low cost heat stores and an affordable effective way of combining any heat store with any existing heating system.

The 2010 patented innovation gives the ability to replace 100% of the heat load from gas or oil with 100% stored energy provided that energy is stored.

Using my patented technology it is possible to provide low cost and effective heat stores in individual homes, hotels, and factories. Its versatility allows any existing heating system to be upgraded and improved with a particular focus on replacing fossil fuel boilers and improving the efficiency of Air Source Heat Pumps.

The patented ‘Tank Device’ allows any manufacturer to build low cost simple heat stores and the ‘Pressure Enhancement Device’ gives close to perfect integration with any existing heating system.

Without an energy storage device only the top 70 litres of water is heated limiting the energy storage to 2 KwHr
Without an energy storage device only the top 70 litres of water is heated limiting the energy storage to 2 KwHr
With a energy storage device fitted outside and existing hot water cylinder the whole tank is heated and you store 10 KwHr of energy.
With a energy storage device fitted outside and existing hot water cylinder the whole tank is heated and you store 10 KwHr of energy.

Energy Storage Devices are on sale – use this link to purchase one.

Benefits To Customers
Storage of low cost off peak energy and surplus renewable energy at the flick of a switch.
Replacing up to 100% of gas use in a home without replacing the gas boiler.
Shift reliance on fossil fuels to surplus renewable electricity at a lower cost compared to heat pumps.

Benefits To The UK Government
Achieving grid balance without building more gas power stations or major upgrades to the National Grid.

The detail of how and why this innovation works can be found using this link.

Enabling Mass-Market Thermal Storage for Grid Flexibility

This is a fundamental advance in thermal storage efficiency that addresses a critical challenge in grid decarbonisation. By enabling practical, cost-effective residential heat storage at scale, this technology opens new possibilities for grid balancing and renewable energy integration. The combination of patented flow control technology and innovative manufacturing approaches creates a clear pathway to widespread adoption.

Technical Innovation

At the core of this opportunity is a patented approach to thermal stratification control. The technology maintains separation between stored and incoming water in both space heating and hot water systems, significantly improving storage efficiency and enabling practical deployment at scale.

The innovation extends beyond the core technology to allow advances in tank design and manufacturing. Using rotational moulding techniques, large purpose-designed storage vessels for central heating can be produced at significantly lower cost than conventional alternatives. For potable hot water traditional copper and steel walled heat stores are proposed.

Market Application

This technology addresses the pressing need for residential heat storage solutions that work across the full spectrum of UK homes. It is equally effective for properties with combi boilers (80% of the market) and those with conventional heating systems, offering a clear path to mass-market deployment.

The system enables complete flexibility in heating load management, supporting the transition to a renewable-powered grid while reducing energy costs for consumers.

Development Status

We are currently selling a fully commercialised product which you can buy now using this link.

Further independent validation is proceeding at the University of East Anglia and in Estonia which together examine:
– System efficiency and performance characteristics
– Grid response capabilities and load shifting potential, including savings to customers
– Integration requirements for different heating systems

Partner Opportunity

We are seeking development partners with the capability to bring this technology to a mass market. The opportunity includes:
– Protected intellectual property with international potential
– Proven technical foundation
– Established manufacturing pathway
– Clear route to market validation

Next Steps

We are currently selling energy storage devices direct to customers. We wish to establish manufacturing capacity and sales through licensing agreements and by working with established companies selling into the renewables market.

Technical transfer offices, research institutions, and commercial partners are invited to learn more about further opportunities. Contact us to arrange an initial discussion and review our technical documentation.

Alan Wright
BSc Hons CEng MICE
alanderekwright@icloud.com