Victron Energy – BlueSolar PWM Light 10A, 20A, 30A Charger Controllers

The Victron Energy BlueSolar PWM Light series (available in 10 A, 20 A and 30 A ratings) is a compact and reliable solar charge controller designed for off-grid and remote systems. It supports 12 V, 24 V and 48 V battery configurations (depending on model) and uses a pulse‐width modulation (PWM) charging algorithm to regulate solar panel input and protect the battery bank. With built-in load output functions such as low-voltage disconnect and day/night timers, it’s especially suitable for solar lighting, off-grid homes or stand-alone systems. The unit combines simplicity, durability and trusted brand support, making it a solid choice for solar installations in markets like Tanzania.

Features

• Automatic system voltage detection (12/24 V) simplifies installation and avoids configuration errors.
• Timer/lighting control with day/night options: suited for solar lighting or loads scheduled after dusk.
• Low-voltage disconnect on the load output: prevents battery from over-discharge, extending battery life.
• High level of protection: protects system components and improves reliability in harsh environments.
• Very low self‐consumption: makes it efficient for systems where every milliamp counts.
• Compact and durable design: good for small-scale solar installations typical in off-grid or remote regions.
• Global brand and support: access to service, documentation and local dealers adds value in markets where reliability is key.

Benefits

• For users in Tanzania, the robust build and climate-resistance ensure reliable operation in equatorial and rural settings.
• The timer/lighting feature makes it ideal for applications such as solar home lighting, community centres, kiosks or rural telecom sites.
• By protecting batteries from deep discharge, the unit reduces maintenance and replacement costs – an important value in remote or hard-to-reach locations.
• The ease of installation and automatic voltage detection reduce complexity for installers and end-users, which is beneficial where specialised technical labour may be limited.
• Being part of Victron’s ecosystem means compatibility with other Victron equipment — offering future expansion possibilities (e.g., integrating with monitoring or hybrid systems).

Use Cases

• Off-grid solar home systems in rural Tanzania where mains power is unreliable or absent: the controller ensures efficient battery charging and protects the system.
• Solar lighting packages for rural schools, health clinics or community centres: the lighting control/timer feature enables scheduled lighting after sunset.
• Small commercial solar installations (e.g., kiosks, shops, lodges) that need dependable solar charge management without high complexity.
• Remote telecom or security installations where battery health and system reliability are critical, and where local servicing may be difficult.
• Backup power or micro-grid nodes where a simple, reliable PWM controller suffices (especially when budget or system size does not justify a more expensive MPPT controller).

Value Proposition for the Tanzania Market

• In Tanzania, many households and businesses face unreliable grid power or no grid connection at all, making solar solutions vital. A product like the BlueSolar PWM Light offers affordable and dependable solar charge control tailored for such environments.
• With good solar irradiation in Tanzania, a well-matched solar panel + battery + controller system can deliver tangible benefit; using a recognised brand with warranty support increases confidence among local installers and end-users.
• For local solar businesses and installers, offering a Victron-branded controller enhances credibility and may reduce warranty/maintenance costs.
• The timer/lighting function directly addresses common needs (lighting after dusk, protecting batteries from over-discharge) in remote settings where user awareness may be limited.
• From a market positioning viewpoint: this product sits between very basic generic controllers and high-end MPPT units — offering a balanced solution for small-to-medium off-grid systems common in Tanzania (e.g., 100–1000 Wp solar panels, battery banks of ~12–48 V).
• For local installers, stocking a controller that supports multiple battery voltages (12 V/24 V) gives flexibility across different system scales common in Tanzania’s rural electrification projects.

Technical Specification