Understand your needs
- Warm
- Moist
- Light
- Tracked Intervals for Grow-Start
- Nurture and Scale
- Warm
Grow what you need
Some content in menu 2.
Which future course will key issues and trends take? What is the complex reality behind why they will be that way and are we happy or seeking to present smart realisable and ultimately sustainable solutions where needed...
Types of Hydroponic Systems
- XYZ Plant roots are hung in the air and misted with a spray of nutrient-mix water, providing effective areation.
- Deep Water Film Technique Plant roots are hung into a reservoir of nutrient-mix water, and with an air pump providing Oxygen flow.
- Drip A network of small tubes delivers pumped nutrient-mix water to the base of each plant.
- Ebb and Flow (Flood and Drain) At certain intervals Plant containers are flooded with nutrient-mix water from a reservoir and then allowed to drain, this provides water/nutrients and air to the roots.
- Nutrient Film Technique Plants roots are positioned in channels where a thin film of nutrient-mix water continuously flows over them.
- Wick System A wick draws nutrient-mixed water from a reservoir up into the growing container holding the plant's roots.
Key Elements to a Hydroponic System
- Utilising a light source such as direct sunlight or artificial light, plants gain sufficient light to grow.
- Choosing an appropriate size grow tray for containing the given plant.
- Choosing the Growing medium to ensure best position and ensuring nutrients reach the roots. In turn, support from rockwool, coco coir or clay pellets, perlite, or plants are floated directly on the water.
- Reservoir for the water and nutrients.
- The mix of micro and macro nutrients needed for healthy plant growth. Which contain mineral nutrients like nitrogen, phosphorus, and potassium, as well as other vital trace elements.
- Submersible pump to transfer nutrients from reservoir to Grow Tray.
- Oxygen Pump for plant roots, providing access to oxygen to prevent root rot.
Hydroponic systems are a match for classic vegetables like Spinach, Lettuce and Kale; Herbs such as Mint, Chives and Basil. As well as other fruit and veg such as Strawberries, Tomatoes, Scallions, Cucumbers Radishes, Green Beans, Green, Red, Orange and Sweet Peppers. Those fruit and vegetables needing greater space than a given hydroponic reservoir can sustain such as Corn and Pumpkin, or with long routes like Potatoes and Carrots are more difficult to grow using a given hydroponic system. A range of choices can be found here 23-Plant choices for Hydroponics and here:............
As well as the key elements listed above, what's key to the tailoring of a specific Hydroponic System to a type plant is whether it's a Annual, Biannual, or Perennial Plant. One doesn't want to be introducing a seedling and fledgling growing plant into a Hydroponic system is temporary when the Plant is a Perennial.
Fruiting Perennial Citrus plants for instance last for years in one pot, and so a sustained holding as well as a consistent Nutrient-delivery system to work over those years. In turn, one doesn't want to continuously move the plant, in turn the structure of the plant to be supportive. The container below holding the reservoir needs to be a size capable of handling the size of the roots and growth of the plants one expects to happen. Whilst the method of Nutrient delivery is reliable enough (Kratky Float valve water level release... Without concern about pumps failing or the roots size clogging up small pipes.
Float Box Hydroponic System, even though one can see them grow in Rain Gutter Grow Systems with piped reservoirs the roots grow into those reservoirs and reek havoc of the flow... Having a large reservoir base under Active Large Growth Leafy Green Vegetables.. helps avoid the intrusion of roots into the Hydroponic system because they have a fixed pot to get through as well as so much Grow-Support material like Coco.... to explore around that they rarely get in and disrupt the Float Valve operating. Where they do these can be removed as so few...
Best suited plants: Rain Gutter piping and Dutch Bucket Grow Systems...
Cucumbers with structure, Garlic, Tomatoes, Capuchins and other similar characteristics fruit plants, Ginger and Turmeric, Egg Plants. Especially for Rooting Rezone, Tuba because of it's handling of Grow-Supports and nutrients. One can do them in other systems but ...other systems are far less hands off.
X Comparison Guide PRODUCT LIST REVIEW
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Key Elements to the Deep-Water Culture System
Where the nutrient-mix water is saturated in oxygen using air stones. This requires somewhat more maintenance than the Kratky method for example. Large growing plants like fruits and... can be utilised by the Kratky and Deep-Water Culture systems. However, they require significant maintenance overall.
Other passive methods are more recommendable than these techniques. Nonetheless they work well in circumstances where. The Kratky method is powerless and passive, where one doesn't need Grow Support as well as you don't need electricity. They can be used to grow anything, most especially Leafy Green vegetables.
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Key Elements to the Drip System
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Key Elements to Ebb and Flow (Flood and Drain) System
Ebb and Flow systems are so versatile and easy to manage especially when they are run with a Bell-Siphon. All manner of plants can be planted in them, because they are so low effort and a planting arrangement. There are multiple different styles of Ebb and Flow systems. They are really good all-rounders with the level of space available for the roots to grow and they do a really good job of supplying nutrients and water to the plants at the same time as delivering Oxygen. The method of delivery is the flooding and draining of a pump utilising a reservoir. The Flooding and Draining action allows the water to flow in and drain out. As the nutrients drain out they leave the roots moistened with the water nutrient-mix, but they also draw in the Oxygen into the gaps in the Grow Support, and Oxygenate the air around the roots as well. Very productive style of Hydroponic system.
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Key Elements to the Nutrient Film Technique
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Key Elements to a Wick System
The Nutrient-Mix water is stored in a reservoir. The water feeds down a tube by virtue of gravity through to a Float Valve that mediates a water level in the plastic channel holding the plants. And Wicks up supplying nutrients to the plants.
The design of Wick System depends on the delivery of the system. Whether through Net Cups/ Spikes with Wicks in them. The Nutrient Water-Mix flows up the Wick and Grow Support. The latter often is a Coco Perlite substrate. Although Soil can be used with Peat moss there are other Wick System methods one can use. In this system one can use Autofill Float Valve designs. This is the case with the large Float Box Wick design.
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Key factors when deciding Which Hydroponic System to choose
- Root Initial Grow-Support Cost
- Power is a passive or something you require above all else.
- Maintenance are you around all the time.
- Apply the system relevant to your situation and then implement them for the plants you want to grow.
A multi-system approach sustained by PowerIt applications and want the most productive Hydroponic Systems choices approach, one should then implement a NFT. This is because it doesn't require any Grow-Support for roots other than cheap cotton-wool. NFT conjunction with your Rain Gutter Grow System/ and Dutch Bucket system. That allows one to grow your larger fruit growing which require structural support, in turn Rezone, Tubas, Roots and Bulbs in bags. Dutch Buckets best suited to Tomatoes, Capcuchins. While Rain Gutter Grow System for Tubas, Herbs and perennials... with Coco and Perlite root prorogation Grow-Support. While NFT for your Leafy Green Vegetables and other fast turnover plants you have the time to clear out regularly.
Otherwise, a Kratky or Raft-Style Hydroponic system with cotton-wool for Leafy green vegetables and root propagation. This is the passive style requirements grow-medium.
FINESSE FROM X
Key Elements to Misc..to label and place
Key Elements to Herbs in a Channel system
Herbs are a perennial and so will be suited to a more permanent hydroponic system structure. In and NFT they can become unwieldy as they do so well within that system. Unless one is growing them to a certain size and removing them on, this can work. If one is using it as a home garden, they are better suited to a Rain Gutter Grow, Dutch Bucket System or a Flood and Drain (Ebb and Flow) system for managing the extensive roots growth.
The use of Grow-Support like Coco and Perlite can be expensive at scale.. where a squandering of resources if one used such for Leafy Green Vegetables.
Key Elements to the Kratky System
Kratky or variations such as Floating Raft system, rely on the water to give the oxygen to the plants. This is better in colder or cooler environments as colder water has a higher oxygen content allowing oxygen to dissolve more readily into it. Plants are held in place above a nutrient-mix water. As this is absorbed by the plants roots the roots grow down further as the water level drops and oxygen is supplied to the roots in the air gap between the nutrient-mix water and the plants. This type of Hydroponic systems lends itself well to plants that require a good Grow Support structure for roots. So where one isn't going to add additional support to your plant, Ebb and Flow (Flood and Drain) can be a really simple way of providing that additional support to hold itself up. In turn, they are good at bio-filtering to convert into more nutrients for the plants. However, the effort required to set up, as well as the space taken up by this system really lends itself to the High-Value plants using them. In the end it's a multi-system approach. And for a balance source of fruits and vegetables they are all worth utilising. One could say a NFT is the most effective, but then it doesn't support a Fruiting plants like a Ebb and Flow or Dutch Bucket System would support better. They are easier to manage in these systems rather than NFT, hold, roots growth and explosion of coverage...
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Key Guide kWH and kW
PI and SI: High Consumption Medium, Low, Consumer
Sustainable 1 2 3, ; Conscientious/ Conscious Scenarios:
- Demand kWH Scenario 1 High Consumption, Med, low etc
- Suitable Tech
- Installation
- Products/ Affiliates
Step by Step Guide:
Build a viable stand alone system with the following key elements:
- Demand kWH Scenario 1 High Consumption, Med, low etc
- Suitable Tech
- Installation
- Products/ Affiliates
Suitable Tech:
- Deep Cycle 12v/24v/48v Lithium Iron Phosphate Battery
- Inverters Charge Controllers, Battery monitors
- PV Solar Mono and Bi Facial
- Solar Tracker
Step By Step Safety Guide
- Safety First
- Suitable Tech
- Installation
- Products/ Affiliates
- Find vids and utilise basic principles and training
- Black male and Red female or? Always start with black earthing first./li>
- Fuses and wire capacity
- How to determine Amp voltage load Which wires for what purpose
Important to get stepped guide to basics within generic to different scenarios
Step By Step Safety Guide Find vids and utilise basic principles and training Idiots guide: Black male and Red female or? Always start with black earthing first. Fuses and wire capacity How to determine Amp voltage load Which wires for what purpose Important to get stepped guide to basics within generic to different scenarios
High Consumption Family
High Consumption Individual
Medium Consumption Family
Medium Consumption Individuals are / have / the table below provides an outline of the
Low Consumption Family
Distributed Battery and Energy Storage Systems (BESS) (DER) (IN STORE-IT)
Medium Consumption Individuals are / have / the table below provides an outline of the Demand kWH Scenario 1 High Consumption, Med, low etc Suitable Tech Installation Products/ Affiliates
Aspiring Sustainable Individual Micro Inverters
Micro Inverters
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user Microinverters for Solar Panels: Pros, Cons & Comparison Solar Installation Plug In Solar This is the electricity bill saving for a medium use home, with a 10 panel and 5kWh battery system on a standard tariff with our fixed outgoing rate (£50), compared to no solar installation on a standard tariff (£879). This is a saving of £829 or 94% of their total electricity bill. See our solar savings blog for full details and calculations. Standard Electricity Bill, G1 = A1*D1/100 + E1*365/100 Solar Electricity Bill, G2 = (A2-B2*C2)*D2/100 - (B2-B2*C2)*F2/100 + E2*365/100 Electricity Bill Saving (£), H = G1 - G2 Electricity Bill Saving (%), I = G1/H2 Payback Period = J/H Where A - J are: A1/A2 - 2,700kWh Ofgem medium household usage B2 - 4,045kWh annual energy generation from 10 panels C2 - 49% self consumption from MCS ‘in half the day’ look up tables N.B self consumption cannot be greater than total elec usage D1/D2 - 27.03p/kWh average Flexible Octopus electricity import rate (April 2025) E1/E2 - 52.43 p/kWh average Flexible Octopus electricity standing charge (April 2025) F2 - 15p/kWh average Fixed Outgoing Octopus electricity export rate (April 2025) J - Octopus Solar Installation costs (April 2025) Join thousands of Octopus customers who paid nothing for their electricity bills last year thanks to their solar, battery & smart tariffs 4,829 customers on the Octoplus Flux and Intelligent Octopus Flux tariffs offset the total cost of their electricity usage by selling their solar energy back to the grid. From 01.06.24 to 31.05.25. A solar system can increase the value of your home Analysis by the Department of Land Economy at the University of Cambridge suggests a 16% value uplift for new-build homes with enough solar and battery storage to eliminate energy bills. A further study of over five million existing properties indicates a 2-3% value increase for existing homes with solar panels or heat pumps (versus like-for-like gas-heated homes). According to the Sustainable Markets Initiative: Cleantech Homes report, 2024. The UK's most awarded energy supplier We've won more awards for customer service than anyone else.
The following table illustrates the three different hypothetical categories of user and the kwh consumption broken down by everyday appliances and demand cumulatively. This is covered in more detail in the L/M/H Consumer Page . In turn, one can then view in the PowerIt Product Page and StoreIt Product Page solutions to meet this demand..... two using both gas and electricity and two relying on electricity only:
| # | Demand Type | KWH by appliance/ need | Battery | Linked Products and Safety |
|---|---|---|---|---|
| 1 | Demand Type | kWh | Linked Products | |
| 2 | Demand Type | kWh | Linked Products | |
| 3 | Demand Type | kWh | Battery | Linked Products |
| 4 | Demand Type | kWh | Linked Products |
https://solarwizard.org.uk/
Panels, Battery and Existing one or the other..though why just a battery...
| # | 5kWh Smart battery | 5kWh Optimised battery | 10kWh Smart battery | 10kWh Optimised battery | 13.5kWh Tesla Powerwall 3
|---|---|---|---|---|
| 1 | Demand Type | kWh | Linked Products | |
| 2 | Demand Type | kWh | Linked Products | |
| 3 | Demand Type | kWh | Battery | Linked Products |
| 4 | Demand Type | kWh | Linked Products |
12V Appliances Customise Reset LED Lights (4W) USB Sockets (18W) 50L Fridge (60W) Roof Fan (30W) Water Pump (15W) Diesel / Gas Heater (30W) Portable Speaker (10W) 12V TV (40W) 230V Appliances Customise Reset OFF-GRID 230V APPLIANCES ONLY Please only selected 230V appliances you plan on using when NOT connected to shore power. Laptop Charger (80W) Low Wattage Kettle (900W) Microwave (900W) Hair Dryer (1200W) Toaster (800W) Induction Hob (1800W) 230V TV (55W) Coffee Machine (1500W) E-bike (150W) Air Fryer (1500W) Air Conditioner (700W) Starlink (60W) Playstation / Xbox (200W) Hair Straighteners (150W) Select Your Battery Package Learn more about batteries Battery Capacity (Ah) 105Ah 230AhPre-Order 280Ah 300AhPre-Order 460Ah 628Ah Number Of Batteries 1 2 3 Select Your Battery Monitoring Package What battery monitoring is right for me? Battery Monitoring Options Victron SmartShunt 500A/50mV Victron BMV-712 Smart Battery Monitor Victron Cerbo GX and Smart Shunt Victron GX Touch 50, Cerbo GX and SmartShunt Select Your Solar Package Learn more about solar panels Solar Panel Type Rigid Flexible Wattage (W) 130W 185W 215W 305W 440W 520W Number Of Panels 1 2 3 Select Your Battery To Battery Package Charge your leisure batteries as you drive Starter Battery Voltage 12V 24V Charge Current (A) 18A 30A 50A Select Your 230V Package Learn about your 230V options 230V System Type Inverter / Charger Inverter Battery Charger Rated Power (VA) 500VA 800VA 1200VA 1600VA 2000VA 3000VA 5000VA Select Your 12V Package What 12V fuse box system is right for you 12V Fuse Box Options 12V Fuse Box System BLUE SEA 12V Fuse Box System Your Power Distribution Package What is a power distribution package? This system is added to your basket automatically based on the system you have built and can not be changed manually. Click to learn more. Combi Fuse Holder Added To Basket - £137.56 Victron - Lynx Distributor System Victron - Lynx Distributor System (x2)
Shop Here are some handy tips for 365 w 290 height understanding kWh and electricity cost per kWh. This will help you save money and energy.MICRO INVERTERS:
Microinverters are used in solar panel systems to convert direct current (DC) electricity from each individual solar panel into alternating current (AC) electricity, which is the type used by most homes and appliances. They offer several advantages, including increased energy production, improved safety, and greater flexibility in system design compared to traditional string inverters. Here's a more detailed explanation::
1. Increased Energy Production:
Panel-level optimization:
Unlike string inverters, which handle a group of panels, microinverters are connected to each individual panel. This means that if one panel is shaded or underperforming, it doesn't negatively impact the output of other panels in the system, as would happen with a string inverter.
Higher yield:
By maximizing the output of each panel, microinverters can lead to a higher overall energy production, especially in systems with shading or panels facing different directions.
2. Enhanced Safety:
Reduced DC voltage:
Microinverters convert the DC electricity to AC electricity at the panel level, eliminating the high-voltage DC electricity on the roof and within the building. This significantly reduces the risk of electrical fires and makes the system safer to work on.
Rapid shutdown:
Many microinverter systems have built-in rapid shutdown features, allowing for quick and safe de-energization of the system in case of emergencies.
3. Greater Design Flexibility:
Multiple orientations and angles:
Microinverters allow for panels to be installed at different angles and orientations, which can be beneficial for roofs with complex shapes or shading issues.
Scalability:
Microinverter systems are easily scalable. You can add more panels and microinverters later without needing to replace the entire system or inverter.
4. Improved Monitoring and Maintenance:
Panel-level monitoring:
Many microinverter systems offer detailed monitoring of each panel's performance, allowing for easy identification and troubleshooting of any issues.
Simplified replacement:
If a microinverter fails, it only affects the output of the single panel it's connected to, making replacement relatively simple.
5. Longer Lifespan and Warranty:
Extended durability:
Microinverters are typically built to last longer than string inverters, often with 25-year warranties.
Reduced long-term costs:
While microinverters may have a higher initial cost, their longer lifespan and potential for increased energy production can lead to lower long-term costs.
Microinverters: Everything You Need to Know in 2025 - EcoWatch
In summary, microinverters offer a more advanced and efficient approach to solar panel electricity conversion, with benefits in energy production, safety, flexibility, and long-term performance.
- https://www.ess-news.com/category/projects-applications/offgrid/
- https://www.ess-news.com/category/projects-applications/distributed/
- https://www.ess-news.com/category/projects-applications/grid-scale/
- https://www.ess-news.com/category/projects-applications/revenue-streams/
- https://www.ess-news.com/category/projects-applications/second-life-batteries/
Mobile All-One Container Kit / Solar Tracker
IRange of choices for each... Breakdown of saving on air con and computer Games PC savings Solar tracker mounted on wheels Portable box https://www.amazon.com/Gallon-Industrial-Plastic-Storage-Wheeled/dp/B0CSWT581L Wires/ insulated connectors Brackets Container insulated plastic Size dimensions portable handles https://www.amazon.co.uk/ECO-WORTHY-Tracking-Controller-270%C2%B0Rotation-100W-400W/dp/B0D3KWTFYZ/ref=asc_df_B0D3KWTFYZ?mcid=5f826bebfb563dc49a900fc6081b4aa6&tag=googshopuk-21&linkCode=df0&hvadid=697230221025&hvpos=&hvnetw=g&hvrand=5994915811154579531&hvpone=&hvptwo=&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9216911&hvtargid=pla-2307504987824&psc=1&hvocijid=5994915811154579531-B0D3KWTFYZ-&hvexpln=0&gad_source=1
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solar tracker
angle apitude and MAX conditions flowe dial WIND as well
https://www.amazon.co.uk/ECO-WORTHY-Tracking-Controller-270%C2%B0Rotation-100W-400W/dp/B0D3KWTFYZ/ref=asc_df_B0D3KWTFYZ?mcid=5f826bebfb563dc49a900fc6081b4aa6&tag=googshopuk-21&linkCode=df0&hvadid=697230221025&hvpos=&hvnetw=g&hvrand=5994915811154579531&hvpone=&hvptwo=&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9216911&hvtargid=pla-2307504987824&psc=1&hvocijid=5994915811154579531-B0D3KWTFYZ-&hvexpln=0&gad_source=1 Adaptors https://www.amazon.co.uk/Solar-Connector-Female-Systems-Adaptor/dp/B0BJ93M1P8/ref=pd_aw_day0fbt_img_m_sccl_2/257-5248887-9102268?pd_rd_w=A00Jg&content-id=amzn1.sym.af507902-a786-4a0c-9114-f069fc9f59e7&pf_rd_p=af507902-a786-4a0c-9114-f069fc9f59e7&pf_rd_r=G46686DZJVP9261A6BS0&pd_rd_wg=YDIL9&pd_rd_r=25622c39-34b1-4434-a3d1-0f01f0c0dcbc&pd_rd_i=B0BJ93M1P8&psc=1 Complete shed system Inverter etc https://www.amazon.co.uk/dp/B0F1XJ6MDC/ref=sspa_mw_detail_1?ie=UTF8&psc=1&sp_csd=d2lkZ2V0TmFtZT1zcF9waG9uZV9kZXRhaWw&aref=I2GL8CdlZ6p13NParams&sp_cr=DUB
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High Consumption Individual
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BTU Air Conditioning
In the context of air conditioners, BTU (British Thermal Unit) refers to the cooling capacity of the unit
. It measures how much heat the air conditioner can remove from a space in one hour. A higher BTU rating indicates a greater cooling capacity, meaning the air conditioner can cool a larger area or do so more quickly.
Here's a more detailed explanation:
BTU as a measure of heat removal:
BTU quantifies the amount of energy needed to raise the temperature of one pound of water by one degree Fahrenheit. In air conditioners, this is translated to how much heat the unit can remove from a room in an hour.
BTU and room size:
Generally, larger rooms require air conditioners with higher BTU ratings to effectively cool the space. For example, a small bedroom might need a 6,000 BTU unit, while a large living room could require 12,000 BTU or more.
Choosing the right BTU:
It's important to select an air conditioner with the appropriate BTU rating for your room size. Too low of a BTU and the unit will struggle to cool the space effectively, while too high of a BTU can lead to the unit turning off and on frequently, potentially causing humidity issues. BTU and energy efficiency:
While a higher BTU generally means more cooling power, it doesn't necessarily mean better energy efficiency. A unit with a BTU rating that's too high for the room can lead to wasted energy and higher electricity bills.
- Demand kWH Scenario 1 High Consumption, Med, low etc
- Suitable Tech
- Installation
- Products/ Affiliates
High Consumption Individual
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Medium Consumption Individual
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Low Consumption Individual
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HOLD HIGH MEDIUM AND LOW
PI and SI: High Consumption Medium, Low, Consumer
Sustainable 1 2 3, ; Conscientious/ Conscious Scenarios:
GI: Regenerative and Conventional Agriculture;
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