6 Main Fields of Application for WIMA PowerBlock Module
During the start-up of a big diesel engine, the energy requirement is quite high, the WIMA PowerBlock Modules can replace, protect or support conventional batteries to reliably crank big diesel engines; WIMA PowerBlock modules can also store braking energy and immediately release it for engine starting, acceleration or peak load leveling, which can increases efficiency and a lifetime of transportation systems, saves weight and cost for maintenance and is environmentally friendly. Furthermore,the WIMA PowerBlock modules can be used as an emergency power supply to avoid cost-intensive system crashes.
Motor Start
WIMA PowerBlock Modules replace, protect or support conventional batteries to reliably crank big diesel engines in e.g.:
-Trucks
-Construction, agricultural and earthmoving machines
-Busses and trains
-Vessels
-Generators
-etc.
During the start-up of a big diesel engine, the energy requirement is quite high. By using WIMA PowerBlock modules the battery layout can be designed smaller and thus lower in weight which leads to a significant reduction of fuel cost and emission of harmful substances.
Railway Technology
WIMA PowerBlock modules store braking energy and immediately release it for engine starting, acceleration, or peak-load leveling in e.g.:
-Locomotives
-Electric tramway
-etc
The use of Powerblock modules as energy storage increases efficiency and lifetime of transportation systems saves weight and cost for maintenance and is environmentally friendly.
Hybrid/Heavy Transportation
WIMA PowerBlock modules in hybrid drives support diesel engines with fast and frequent dynamic loads in e.g.:
-City busses
-Construction machines, agricultural machines, and forestry equipment
-Forklifts, crane
-etc
VISEDO electrified wheel-loader using WIMA PowerBlock energy storage modules
The use of WiMA PowerBlock modules as energy storage leads to significant savings in terms of fuel consumption and considerably reduces exhaust and noise emission.
Automated Guided Vehicles (AGV)
WIMA PowerBlock modules serve as rechargeable or exchangeable energy storage in independent, automated guided vehicles (AGV) in e.g.:
-Warehouse and distribution environments
-Production facilities
-In-plant logistic systems
-etc.
The use of PowerBlock modules as energy storage saves weight, reduces cost for maintenance, and increases efficiency and lifetime of the transportation system.
Uninterruptible Power Supply (UPS)
Cascaded WIMA PowerBlock modules are used as an emergency power supply in e.g:
-Hospitals
-Telecommunication systems
-Oil production plants
-Gas extraction
-etc.
By reliably bridging short-term power outages cost-intensive system crashes can be avoided.
High current source based WIMA PowerBlock modules
Wind Power Systems
WIMA PowerBlock modules are applied in mains-independent drives of wind power plants in e.g:
-Slip control
-Angle altering of rotor blades
-Rotation speed control
-etc.
Due to the considerable temperature variation in the wind turbine nacelle, these storage devices have to meet stringent requirements. Because of their significant maintenance, service life, and weight benefits compared to battery solutions, WIMA PowerBlock modules considerably increase the efficiency of those systems.
- +1 Like
- Add to Favorites
Recommend
- WIMA PowerBlocks Energy Storage Solutions with Long Lifetime >90,000 Hours
- Start of Diesel Engine or A Micro-turbine Based on WIMA Powerblocks
- Power Supply Stations Based on WIMA PowerBlocks Able to Withstand the Highest Current Pulses for Periods of Seconds
- WIMA Has Qualified Capacitor Series Relevant to The Automotive Industry According to AEC-Q200
- The History and Milestones of WIMA
- Global Film Capacitor Expert WIMA Signed an Authorized Distribution Agreement with Sekorm
- Does a Manufacturer Specializing in Film Capacitors Still Have Any Future at All Compared to a Broadliner?
- One of the Embedded Bluetooth Module SPI—Blank Module
This document is provided by Sekorm Platform for VIP exclusive service. The copyright is owned by Sekorm. Without authorization, any medias, websites or individual are not allowed to reprint. When authorizing the reprint, the link of www.sekorm.com must be indicated.