GoBlock 101: How Portable Power Systems Work
GoBlock is a rugged portable power system with a built-in lithium battery designed to store and deliver 12-volt power anywhere. It charges from mains power, a vehicle alternator or solar panels, then distributes that stored energy through USB, 12V and Anderson outlets to run fridges, lights, tools and electronic devices off-grid.
Why use a portable power system like GoBlock?
A portable power system provides reliable off-grid energy without noise, fumes or permanent installation. It allows you to power essential devices while camping, travelling, working remotely or during power outages, all from a single, self-contained unit.
How do you charge GoBlock?
GoBlock can be charged using household AC power, a vehicle’s 12V system while driving, or solar panels through its built-in MPPT solar regulator. This flexibility allows you to recharge in multiple environments without relying on one power source.
What Is GoBlock?
GoBlock by REDARC is a portable dual battery system that combines advanced charging technology, lithium energy storage and multiple power outputs into one compact unit. Unlike basic battery boxes, GoBlock is engineered as a complete power solution that manages charging, protects the battery and delivers consistent output power. Designed for Australian conditions, GoBlock is built to handle off-road travel, camping, worksites and emergency use. Its portable design means it can be removed from a vehicle and used independently, giving you power wherever you need it.
How Portable Power Systems Work
Portable power systems operate using three core elements that work together to store, manage and deliver electricity. At the centre is the rechargeable lithium battery. GoBlock uses lithium iron phosphate cells, which are known for long cycle life, stable performance and the ability to safely discharge deeper than traditional lead-acid batteries. This allows you to run appliances for longer periods without damaging the battery. Charging inputs feed energy into the battery from different sources. GoBlock accepts power from household mains before a trip, from your vehicle’s electrical system while driving, and from solar panels when stationary.
Its internal charging technology automatically manages these inputs to ensure safe and efficient charging regardless of the source. Once energy is stored, output ports deliver power to your equipment. GoBlock provides USB outlets for electronics, 12-volt sockets for accessories and high-current Anderson outputs for fridges, lighting systems and other demanding loads. This allows a wide range of gear to be powered from a single unit.
Charging and Power Delivery Explained
Charging a portable power system involves converting incoming electrical energy into stored battery power that can be used later. When connected to mains power, GoBlock charges fully before departure, ensuring you start a trip with maximum capacity. While driving, the system draws power from your vehicle’s alternator, topping up the battery without interfering with your starter battery. When paired with solar panels, GoBlock’s built-in MPPT regulator optimises solar input to extract the most energy possible from available sunlight. This makes it particularly useful for extended stays in remote locations where mains power is unavailable. Power delivery is controlled by an internal battery management system that protects the battery from overcharging, deep discharging and temperature extremes. Users can monitor battery status, input sources and power usage through REDARC’s monitoring technology, providing confidence that the system is operating safely and efficiently.
Practical Uses for GoBlock
GoBlock is commonly used for camping and overlanding, where it can power fridges, camp lighting, water pumps and device chargers without draining a vehicle’s main battery. Its portability makes it easy to move from the vehicle to the campsite when needed. On worksites, GoBlock provides dependable power for tools, charging stations and electronic equipment where grid power is unavailable or impractical. This makes it suitable for tradies working in remote or temporary locations. During power outages, GoBlock can act as a backup power source, keeping essential devices such as phones, medical equipment or small appliances running until mains power is restored. It is also well suited to boating and remote travel, supplying power for navigation equipment, radios and accessories far from conventional infrastructure.
Why GoBlock Is Different
GoBlock stands apart from basic battery boxes because it is designed as a complete, integrated system rather than a collection of separate components. Every element is engineered to work together, reducing compatibility issues and simplifying setup. Its robust construction is designed to withstand harsh outdoor environments, including dust, vibration and temperature changes. High charging capacity allows faster recharge times, while smart monitoring gives users clear insight into power usage and battery health. This results in a cleaner, safer and more reliable power solution that removes much of the guesswork associated with traditional portable battery setups.
Getting the Most Out of GoBlock
Choosing the right battery capacity is important, as higher amp-hour ratings provide longer run times for power-hungry setups. Pairing GoBlock with solar panels is an effective way to extend off-grid stays by replenishing power during daylight hours.
Before each trip, it is worth confirming which devices you plan to power and ensuring you are using the appropriate outputs. Storing the unit in a charged state when not in use also helps maximise lithium battery lifespan and long-term performance.
Portable power systems like the REDARC GoBlock offer a smarter way to manage off-grid energy for Australian adventurers, tradies and travellers. By understanding how these systems store, charge and deliver power, you can choose a solution that keeps your gear running reliably wherever the road takes you. Get in touch with the team at Off Road Equipment today for expert advice on your off grid system.