Help Design Our Next-Generation Solid Oxide Fuel CellBlind
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Adaptive Energy is a manufacturer of low-watt solid oxide fuel cell systems for backup and offgrid power. Our P250i system is typically mounted inside a cabinet and is seen by very few customers in person, though it’s promoted online and in distributor showrooms. With the upcoming launch of the fourth generation P250i, we have an opportunity for a minor update of physical branding elements.
OBJECTIVE
Create a look / feel for the Gen 4 P250i that meets agreed-upon criteria and maintains cost efficiencies. The specific output will be design elements for the physical product, with an opportunity for us to have two rounds of revisions.
KEY PROJECT DETAILS
1. Design Criteria
Design for the P250i should:
Look great on the website, in product spec sheets and on a distributor showroom floor with a look / feel that’s
Sleek
Innovative
Accessible
Age well and look as good on day 1 as on day 365 of year 10.
Reinforce how we want customers to feel about Adaptive Energy, which is that we provide peace of mind with our reliable, highly durable power products.
Distinguish our products from other popular backup sources such that the P250i is perceived as undoubtedly in a class by itself.
Convey key information:
Manufacturer: Adaptive Energy, LLC
Product line: Performer Series
Product name: P250i
Contact info
Be easily manufacturable at a scale of 500 units at a time (for example screen or pad printing would be acceptable, decals would not be acceptable).
Account for features on the system including:
On/Off
Fuel Reset
Fuel inlet
8-60V output indicator beside the main power leads
Not interfere with features such as:
Intake warnings (that is, the design can’t block intake warnings on the intakes)
2. Product Information
Dimensions: 13”H x 17”L x 7”W
The unit might shrink in width and height by half an inch.
Weight: 19 lbs
Operating Temps: -40 oC - 50 oC
Will share product photos.
3. Examples of Competitive Systems
What most of these systems have in common is that they are installed inside enclosures and are not viewed multiple times per day, week or month. In some cases, only a few people ever see the product and that’s only when there’s a problem and a maintainer has to visit the site to fix something.
Efoy
Generac
Wen
Cummins Onan
Plug Power
Sunfire
Ceres
WATT Imperium
Dimensions: 13”H x 17”L x 7”W
The unit might shrink in width and height by half an inch.
Weight: 19 lbs
Operating Temps: -40 oC - 50 oC
Will attach product photos that show:
- CAD renderings of the Gen4 unit
- artwork to show content and placement of buttons / labels for the Gen3 unit; we don't have this for the Gen4 unit yet.
- Renderings in any format (PDF, etc.)
Entries
- Siemens NX (Unigraphics) 12 — NewFolder
- Siemens NX (Unigraphics) — 2nbutton
- Siemens NX (Unigraphics) — 3butten
- Siemens NX (Unigraphics) — 0726bolt
- Siemens NX (Unigraphics) — assr
- Siemens NX (Unigraphics) — backbolt
- Siemens NX (Unigraphics) — enable
- Siemens NX (Unigraphics) — fuelconnectionc
- photo — GEN4P250Ibackplate
- photo — HGS0725 2
- photo — HGS0725
- Siemens NX (Unigraphics) — HGS0725
- Siemens NX (Unigraphics) — KerbKonus 510900060110 stp
- Siemens NX (Unigraphics) — KVT AS M4 1
- Siemens NX (Unigraphics) — left side
- Siemens NX (Unigraphics) — netcontent
- Siemens NX (Unigraphics) — P250iConcept
- — P250IConceptAnimation
- Siemens NX (Unigraphics) — P250iConceptwithlogo
- Siemens NX (Unigraphics) — right side
- Siemens NX (Unigraphics) — screen
- SolidWorks 2020 — P250i fuel cell system Case
- SolidWorks 2020 — P250i fuel cell system Case Front
- SolidWorks 2020 — P250i fuel cell system Case Rear
- SolidWorks 2020 — case L
- SolidWorks — case R
- STEP/STP 3D Modeling — P250i fuel cell system Case D2
- STEP/STP 3D Modeling — P250i fuel cell system Case D1
- PDF — P250i fuel cell system Case Front
- PDF — P250i fuel cell system Case Rear
- Image — P250i fuel cell system Case D1.1
- Image — P250i fuel cell system Case D1.3
- Image — P250i fuel cell system Case D2
- Image — P250i fuel cell system Case Front
- Image — P250i fuel cell system Case Front2
- Image — P250i fuel cell system Case Front1
- Image — P250i fuel cell system Case Front3
- Image — P250i fuel cell system Case Front4
- Image — P250i fuel cell system Case Rear
- CATIA — 1 BLUE TRIM HEX GRILL FRONT
- CATIA — 1 SILVER TRIM GREEN LCD STRIPE GRILL
- CATIA — 2 SILVER TRIM GREEN LCD HEX GRILL
- CATIA — 2 SILVER TRIM GREEN LCD HEX GRILL 1
- CATIA — 2 SILVER TRIM GREEN LCD HEX GRILL 2
- CATIA — 3 SILVER TRIM GREEN LCD STRIPE GRILL
- CATIA — 4 SILVER TRIM GREEN LCD HEX GRILL
- CATIA — 5 SILVER TRIM HEX GRILL BACK
- CATIA — 6 SILVER TRIM HEX GRILL BACK
- CATIA — 6 SILVER TRIM STRIPE GRILL BACK
- CATIA — 7 BLUE TRIM HEX GRILL FRONT
- CATIA — 8 BLUE TRIM HEX GRILL BACK
- CATIA — 9 SILVER TRIM BLUE LCD HEX GRILL FRONT
- CATIA — 10 BLACK TRIM BLUE LCD HEX GRILL FRONT
- CATIA — 11 BLACK TRIM BLUE LCD HEX GRILL FRONT
- CATIA — 11 BLACK TRIM HEX GRILL BACK
- CATIA — 12 BLACK TRIM BLUE LCD HEX GRILL FRONT
- CATIA — 13 BLACK TRIM BLUE LCD HEX GRILL BACK
- CATIA — FUEL CELL UPGRADE
- Luxion KeyShot 9 — render image adaptive energy 2
- Luxion KeyShot 9 — render image adaptive energy 3
- SolidWorks 2017 — adeptive energy part 1
- SolidWorks 2017 — adaptive energy part 2
- SolidWorks 2017 — adaptive energy part 2 - Copy
- SolidWorks 2017 — adaptive energy part 3
- SolidWorks 2017 — Flat pattern - adeptive energy part 1
- SolidWorks 2017 — Flat pattern - adaptive energy part 2
- SolidWorks 2017 — Flat pattern - adaptive energy part 2 - Copy
- SolidWorks 2017 — Flat pattern - adaptive energy part 3
- notepad — notes
- STEP/STP 3D Modeling — P250i fuel cell system Case D1
- STEP/STP 3D Modeling — P250i fuel cell system Case D2
- image — P250i fuel cell system Case D1.1
- image — P250i fuel cell system Case D1.2
- image — P250i fuel cell system Case D1.3
- image — P250i fuel cell system Case D2
- image — P250i fuel cell system Case Front
- image — P250i fuel cell system Case Front1
- image — P250i fuel cell system Case Front2
- image — P250i fuel cell system Case Rear
Discussion
- We will powder coat the front panel a light gray; the outside shroud (top, left, right) will be a black powder coat. You can refer to the brand style guide for colors.
- We will add silk screen or digital print to the front and back, in a design we&;d like to discuss with you.
- We prefer a prominent logo placement on the right side of the shroud; I can send an image illustrating what we like.
- We liked the fade you did with the honeycomb from the front to the right and would like to see something that keeps that honeycomb only, instead of the honeycomb plus triangle.
- Remove the icon to the left of "P250i" -- we aren&;t using that icon anymore.
- Add "Performer Series P250i Power System" where it currently says "P250i".
- In the updated CAD I&;ll send you tomorrow, you&;ll see that there&;s a new fuel reset button.
- We may add a handle to the system; we haven&;t decided where yet.
Thank you again for your design and please let me know your availability for a call this week with my engineering team and CAD designer.
Thank you!
Warm regards,
Jen Kay
Buyer
Buyer
Designer
Designer
Buyer
Please see the attachments for defined dimensions of face/backplate elements.
Thank you,
Jen
Designer
Buyer
Thank you for your interest in this project. Here are answers to the questions:
- The design objective is to give the latest generation product a more distinctive look
- Yes, the design should match the provided faceplate and backplate. The positioning of various elements (for example, the front intake fan) will not change.
- This is an aluminum system; plastic is not acceptable.
- The system has been engineered and is ready to go into production -- we don&;t need a product prototype, just the design.
Please see a new Design Brief in the attachments, which gives more detail and a color palette.
Thank you for your questions. Please send more if you have them!
Designer
JenAdaptiveEnergy
Buyer